WRG-21 – Fuel Pump Impeller Failure Safety Recall – 2018-2020 Subaru

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Subaru of America, Inc. P.O. Box 9103 Camden, NJ 08101-9877 844-373-6614 www.subaru.com Dear Subaru Owner: This notice is sent to you in accordance with the National Traffic and Motor Vehicle Safety Act. SUBARU OF AMERICA, INC. has decided that a defect, which relates to motor vehicle safety, exists in certain 2020 model year turbo Legacy and Outback vehicles. You received this notice because our records indicate that you currently own one of these vehicles. REASON FOR THIS SAFETY RECALL Your vehicle may be equipped with a low-pressure fuel pump assembled with an impeller that may become deformed. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low-pressure fuel pump to become inoperative. SAFETY RISK If the low-pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. An inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. WHAT YOU SHOULD DO Subaru is in the process of acquiring the parts necessary to perform this repair, and expects to have a sufficient supply available in November. Once there is a sufficient supply of parts available, Subaru will contact you again by mail advising you to proceed with scheduling an appointment with your Subaru retailer (dealer). WHAT SUBARU WILL DO Once parts are available, Subaru will replace the fuel pump at no cost to you. OWNER INFORMATION Government regulations require that recall notifications be sent to the last known owner of record. That information is based primarily on state registration and title data. If you are a lessor of this vehicle, federal regulations require you to forward this notice to your lessee within ten days. If you have moved or sold your vehicle, please update this information online at www.subaru.com, select ‘Customer Support,’ then select ‘Address Update’ or ‘Ownership Update’ from the “Quick Links” menu. IF YOU HAVE PREVIOUSLY PAID FOR A REPAIR If you have already paid for repairs associated with this condition, you may be eligible for reimbursement. Reimbursement consideration will be based on the amount an authorized Subaru retailer in your area would charge for the same repair. Please send the original service repair order, which has the name of the repair facility, date of repair, mileage at the time of repair, complete 17-digit vehicle identification number (VIN), and your name, with correct mailing address and telephone number to the address listed below: Subaru of America, Inc. Customer Advocacy Department, Attention: WRG-21 Recall P.O. Box 9103, Camden, NJ 08101-9877 URGENT IMPORTANT SAFETY RECALL This notice applies to the VIN below Subaru Safety Recall WRG-21 NHTSA Recall ID 21V-587 September 2021 Interim Notification Please send original receipts only and retain a photocopy for your records. Please be assured that we will attempt to process your reimbursement request as quickly as possible, but it may take up to 60 days for this process to be completed. IF YOU NEED FURTHER ASSISTANCE: To locate the nearest Subaru retailer, you can access our website at www.subaru.com and select ‘Find a Retailer.’ For additional information, please go to: http://www.wrg21.service-campaign.com. If you need additional assistance, please contact us directly: • By e-mail: Go to www.subaru.com and select “Customer Support” • By telephone: 1-844-373-6614 Monday through Friday between 8:00 a.m. and 7:00 p.m. ET • By U.S. Postal mail: Write us at Subaru of America, Inc. Attn: Customer Advocacy Department P.O. Box 9103, Camden, NJ 08101-9877 To subscribe to the NHTSA Recall Notification email System, please go to: https://www-odi.nhtsa.dot.gov/ nhtsa/subscriptions. Please contact us immediately if the Subaru retailer fails or is unable to make the necessary repairs free of charge. You may also contact the Administrator, National Highway Traffic Safety Administration (NHTSA), 1200 New Jersey Ave., SE, Washington, DC 20590 or call the toll-free Vehicle Safety Hotline at 1-888-327-4236 (TTY: 1-800-424-9153) or go to http://www.safercar.gov if you believe the Subaru retailer has failed or is unable to remedy your vehicle without charge within a reasonable amount of time. Your continued satisfaction with your Subaru is important to us. Please understand that we have taken this action in the interest of your safety and your vehicle’s proper operation. We sincerely apologize for any inconvenience this matter may cause and urge you to schedule an appointment once you are notified that parts are available to have this repair performed. Sincerely, Subaru of America, Inc. a subsidiary of Subaru Corporation

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Subaru of America, Inc. P.O. Box 9103 Camden, NJ 08101-9877 844-373-6614 www.subaru.com Dear Subaru Owner: This notice is sent to you in accordance with the National Traffic and Motor Vehicle Safety Act. SUBARU OF AMERICA, INC. has decided that a defect, which relates to motor vehicle safety, exists in certain 2019-2020 model year Ascent, 2018-2019 model year BRZ, 2018 model year turbo Forester, 2018-2020 model year Impreza, 2018-2020 model year Legacy, 2018-2020 model year Outback, and 2018-2019 model year WRX vehicles. You received this notice because our records indicate that you currently own one of these vehicles. REASON FOR THIS SAFETY RECALL Your vehicle may be equipped with a low-pressure fuel pump assembled with an impeller that may become deformed. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low-pressure fuel pump to become inoperative. SAFETY RISK If the low-pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. An inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. WHAT SUBARU WILL DO Subaru will replace the fuel pump at no cost to you. What You Should Do You should contact any authorized Subaru retailer (dealer) for an appointment to have this safety recall repair performed, at no cost to you. HOW LONG WILL THE REPAIR TAKE? The time required to replace the fuel pump for Ascent vehicles is approximately 1 hour and 45 minutes. The time required to replace the fuel pump for BRZ, Forester, Impreza, Legacy, Outback, and WRX vehicles is approximately 1 hour and 15 minutes. Your retailer can provide you with a better estimate of the overall time for this service visit, as it may be necessary to make your vehicle available for a longer period of time for scheduling purposes. For your convenience, your retailer may provide you with a loaner or rental vehicle, at no cost to you, until the repair is complete. CALIFORNIA REGISTERED OWNERS The California Air Resources Board requires that emission related campaigns be completed prior to California’s vehicle registration renewal process; without this repair, you will not be able to register your vehicle during your next annual registration. Upon completion of this campaign, your California dealer will complete and provide you a “Proof of Correction Certificate.” If required, present the certificate to the California Department of Motor Vehicles (the “DMV”) when renewing your California registration as proof of campaign completion. If the DMV does not request the certificate, we recommend that you keep it for your records. In addition, the State of California requires that every vehicle must pass an emission test (SMOG Check) every two years and before it is sold. Without the repair we are providing at no charge, your vehicle may not pass this test. URGENT IMPORTANT SAFETY RECALL This notice applies to the VIN below Subaru Safety Recall WRG-21 NHTSA Recall ID 21V-587 September 2021 OWNER INFORMATION Government regulations require that recall notifications be sent to the last known owner of record. That information is based primarily on state registration and title data. If you are a lessor of this vehicle, federal regulations require you to forward this notice to your lessee within ten days. If you have moved or sold your vehicle, please update this information online at www.subaru.com, select ‘Customer Support,’ then select ‘Address Update’ or ‘Ownership Update’ from the “Quick Links” menu. IF YOU HAVE PREVIOUSLY PAID FOR A REPAIR If you have already paid for repairs associated with this condition, you may be eligible for reimbursement. Reimbursement consideration will be based on the amount an authorized Subaru retailer in your area would charge for the same repair. Please send the original service repair order, which has the name of the repair facility, date of repair, mileage at the time of repair, complete 17-digit vehicle identification number (VIN), and your name, with correct mailing address and telephone number to the address listed below: Subaru of America, Inc. Customer Advocacy Department, Attention: WRG-21 Recall P.O. Box 9103, Camden, NJ 08101-9877 Please send original receipts only and retain a photocopy for your records. Please be assured that we will attempt to process your reimbursement request as quickly as possible, but it may take up to 60 days for this process to be completed. IF YOU NEED FURTHER ASSISTANCE: To locate the nearest Subaru retailer, you can access our website at www.subaru.com and select ‘Find a Retailer.’ For additional information, please go to: http://www.wrg21.service-campaign.com. If you need additional assistance, please contact us directly: • By e-mail: Go to www.subaru.com and select “Customer Support” • By telephone: 1-844-373-6614 Monday through Friday between 8:00 a.m. and 7:00 p.m. ET • By U.S. Postal mail: Write us at Subaru of America, Inc. Attn: Customer Advocacy Department P.O. Box 9103, Camden, NJ 08101-9877 To subscribe to the NHTSA Recall Notification email System, please go to: https://www-odi.nhtsa.dot.gov/ nhtsa/subscriptions. Please contact us immediately if the Subaru retailer fails or is unable to make the necessary repairs free of charge. You may also contact the Administrator, National Highway Traffic Safety Administration (NHTSA), 1200 New Jersey Ave., SE, Washington, DC 20590 or call the toll-free Vehicle Safety Hotline at 1-888-327-4236 (TTY: 1-800-424-9153) or go to http://www.safercar.gov if you believe the Subaru retailer has failed or is unable to remedy your vehicle without charge within a reasonable amount of time. Your continued satisfaction with your Subaru is important to us. Please understand that we have taken this action in the interest of your safety and your vehicle’s proper operation. We sincerely apologize for any inconvenience this matter may cause and urge you to schedule an appointment as soon as possible. Sincerely, Subaru of America, Inc. a subsidiary of Subaru Corporation

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Subaru of America, Inc. P.O. Box 9103 Camden, NJ 08101-9877 844-373-6614 www.subaru.com Dear Subaru Owner: This notice is sent to you in accordance with the National Traffic and Motor Vehicle Safety Act. SUBARU OF AMERICA, INC. has decided that a defect, which relates to motor vehicle safety, exists in certain 2020 model year turbo Legacy and Outback vehicles. You previously received a letter informing you of this recall, stating that remedy parts were not yet available. This letter is to inform you that parts are now available. REASON FOR THIS SAFETY RECALL Your vehicle may be equipped with a low-pressure fuel pump assembled with an impeller that may become deformed. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low-pressure fuel pump to become inoperative. SAFETY RISK If the low-pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. An inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. WHAT SUBARU WILL DO Subaru will replace the fuel pump at no cost to you. What You Should Do You should contact any authorized Subaru retailer (dealer) for an appointment to have this safety recall repair performed, at no cost to you. HOW LONG WILL THE REPAIR TAKE? The time required for this repair is approximately 1 hour and 15 minutes. Your retailer can provide you with a better estimate of the overall time for this service visit, as it may be necessary to make your vehicle available for a longer period of time for scheduling purposes. For your convenience, your retailer may provide you with a loaner or rental vehicle, at no cost to you, until the repair is complete. CALIFORNIA REGISTERED OWNERS The California Air Resources Board requires that emission related campaigns be completed prior to California’s vehicle registration renewal process; without this repair, you will not be able to register your vehicle during your next annual registration. Upon completion of this campaign, your California dealer will complete and provide you a “Proof of Correction Certificate.” If required, present the certificate to the California Department of Motor Vehicles (the “DMV”) when renewing your California registration as proof of campaign completion. If the DMV does not request the certificate, we recommend that you keep it for your records. In addition, the State of California requires that every vehicle must pass an emission test (SMOG Check) every two years and before it is sold. Without the repair we are providing at no charge, your vehicle may not pass this test. URGENT IMPORTANT SAFETY RECALL This notice applies to the VIN below Subaru Safety Recall WRG-21 NHTSA Recall ID 21V-587 October 2021 OWNER INFORMATION Government regulations require that recall notifications be sent to the last known owner of record. That information is based primarily on state registration and title data. If you are a lessor of this vehicle, federal regulations require you to forward this notice to your lessee within ten days. If you have moved or sold your vehicle, please update this information online at www.subaru.com, select ‘Customer Support,’ then select ‘Address Update’ or ‘Ownership Update’ from the “Quick Links” menu. IF YOU HAVE PREVIOUSLY PAID FOR A REPAIR If you have already paid for repairs associated with this condition, you may be eligible for reimbursement. Reimbursement consideration will be based on the amount an authorized Subaru retailer in your area would charge for the same repair. Please send the original service repair order, which has the name of the repair facility, date of repair, mileage at the time of repair, complete 17-digit vehicle identification number (VIN), and your name, with correct mailing address and telephone number to the address listed below: Subaru of America, Inc. Customer Advocacy Department, Attention: WRG-21 Recall P.O. Box 9103, Camden, NJ 08101-9877 Please send original receipts only and retain a photocopy for your records. Please be assured that we will attempt to process your reimbursement request as quickly as possible, but it may take up to 60 days for this process to be completed. IF YOU NEED FURTHER ASSISTANCE: To locate the nearest Subaru retailer, you can access our website at www.subaru.com and select ‘Find a Retailer.’ For additional information, please go to: http://www.wrg21.service-campaign.com. If you need additional assistance, please contact us directly: • By e-mail: Go to www.subaru.com and select “Customer Support” • By telephone: 1-844-373-6614 Monday through Friday between 8:00 a.m. and 7:00 p.m. ET • By U.S. Postal mail: Write us at Subaru of America, Inc. Attn: Customer Advocacy Department P.O. Box 9103, Camden, NJ 08101-9877 To subscribe to the NHTSA Recall Notification email System, please go to: https://www-odi.nhtsa.dot.gov/ nhtsa/subscriptions. Please contact us immediately if the Subaru retailer fails or is unable to make the necessary repairs free of charge. You may also contact the Administrator, National Highway Traffic Safety Administration (NHTSA), 1200 New Jersey Ave., SE, Washington, DC 20590 or call the toll-free Vehicle Safety Hotline at 1-888-327-4236 (TTY: 1-800-424-9153) or go to http://www.safercar.gov if you believe the Subaru retailer has failed or is unable to remedy your vehicle without charge within a reasonable amount of time. Your continued satisfaction with your Subaru is important to us. Please understand that we have taken this action in the interest of your safety and your vehicle’s proper operation. We sincerely apologize for any inconvenience this matter may cause and urge you to schedule an appointment as soon as possible. Sincerely, Subaru of America, Inc. a subsidiary of Subaru Corporation

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Subarunet Announcement To: All Subaru Retailers From: Subaru of America, Inc. Date: October 18, 2021 UPDATE: WRG-21 Fuel Pump Impeller Failure Safety Recall – Owner Notification Owner Notification – 2020 MY turbo Legacy and Outback vehicles As previously announced, interim notification letters were mailed on September 27th to the 2020 MY turbo Legacy and Outback owners affected by this recall. Now that sufficient parts inventory is available for this application, the affected owners will be notified by first class mail on October 25th to schedule an appointment to have this recall repair completed. Subaru of America, Inc. (Subaru) has initiated a safety recall for certain 2019-2020 model year Ascent, 2018-2019 model year BRZ, 2018 model year Forester (turbo), 2018-2020 model year Impreza, 2018-2020 model year Legacy, 2018-2020 model year Outback, and 2018-2019 model year WRX vehicles in which the fuel pump may become inoperative. Affected Vehicles A total of 172,308 U.S. vehicles will be affected by this recall, as listed below: Model Year Carline Production Date Range Affected vehicle count 2019-2020 Ascent January 14, 2019 – May 20, 2019 22,831 2018-2019 BRZ April 6, 2018 – November 6, 2018 2,409 2018 Forester (turbo) April 20, 2018 – August 7, 2018 2,010 2018-2020 Impreza May 3, 2018 – May 31, 2019 28,105 2018-2020 Legacy June 25, 2018 – October 18, 2019 17,487 2018-2020 Outback June 25, 2018 – October 18, 2019 88,860 2018-2019 WRX April 20, 2018 – November 1, 2018 10,606 Not all vehicles in the production ranges listed above are affected by this recall. Coverage must be confirmed by using the Vehicle Coverage Inquiry function on subarunet.com prior to repair. In addition to the Vehicle Coverage Inquiry lookup function by VIN, retailers may view and download their affected VIN list from subarunet.com/Recalls & Campaigns/Recall Affected VIN List. Description of the Defect and Safety Risk The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. Under certain conditions, the lower density fuel pump impeller may deform and interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. Service, Parts, and Claim Instructions Remedy parts must be ordered through PRIME. Please refer to ‘Recalls & Campaigns/PRIME Max Quantities’ on subarunet for the orderable quantities. For detailed service, parts, and claim information, please refer to the WRG-21 Product Campaign Bulletin on STIS. Retailer Responsibility Please be advised that it is a violation of Federal law for a dealer to deliver a new motor vehicle covered by a recall under a sale or lease until the defect is remedied. Therefore, any Authorized Subaru Retailer failing to perform the applicable service procedures to correct all affected vehicles in their inventory prior to the vehicle being placed in service may be subject to civil penalties of up to $21,000 per violation (i.e., for each vehicle), as provided in 49 CFR §578.6 and will also be in breach of the Subaru Dealer Agreement. Any vehicles listed in any recall/campaign that are in retailer stock must be: ▪ Immediately identified ▪ Tagged or otherwise marked to prevent their delivery or use prior to repair ▪ Repaired in accordance with the repair procedures outlined in the Product Campaign Bulletin Once the remedy kits specific to this recall are available, retailers are to promptly perform the applicable service procedures, to correct all affected vehicles in their inventory (used, demo & SSLP). Whenever a vehicle subject to this recall is taken into retailer inventory necessary steps should be taken to ensure the recall correction has been made before selling or releasing the vehicle.

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Subarunet Announcement To: All Subaru Retailers From: Subaru of America, Inc. Date: August 2, 2021 New Safety Recall: WRG-21 Fuel Pump Impeller Failure Subaru of America, Inc. (Subaru) is initiating a new safety recall for certain 2019-2020 model year Ascent, 2018-2019 model year BRZ, 2018 model year Forester (turbo), 2018-2020 model year Impreza, 2018-2020 model year Legacy, 2018-2020 model year Outback, and 2018-2019 model year WRX vehicles in which the fuel pump may become inoperative. Description of the Defect and Safety Risk The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. Under certain conditions, the lower density fuel pump impeller may deform and interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. Affected Vehicles A total of 161,366 U.S. vehicles will be affected by this recall, as listed below: Model Year Carline Production Date Range Affected vehicle count 2019-2020 Ascent January 14, 2019 – May 20, 2019 22,831 2018-2019 BRZ April 6, 2018 – November 6, 2018 2,409 2018 Forester (turbo) April 20, 2018 – August 7, 2018 2,010 2018-2020 Impreza May 3, 2018 – May 31, 2019 28,105 2018-2020 Legacy June 25, 2018 – September 27, 2019 15,257 2018-2020 Outback June 25, 2018 – September 27, 2019 80,148 2018-2019 WRX April 20, 2018 – November 1, 2018 10,606 Not all vehicles in the production ranges listed above are affected by this recall. Coverage must be confirmed by using the Vehicle Coverage Inquiry function on subarunet.com prior to repair. This information will be available tomorrow. The status of this recall will display as “Open – Remedy Not Yet Available” until parts are available to support this recall. Service, Parts, and Claim Instructions The remedy parts for this recall will begin to arrive later this month. Once there is a limited supply available, the status of this recall will be changed to “Open – Limited Parts Available” to allow repairs to begin if affected vehicles are presented for other services prior to owner notification. Sufficient remedy parts supply is expected to be available prior to owner notification. Once available, the remedy parts must be ordered through PRIME. Please refer to ‘Recalls & Campaigns/PRIME Max Quantities’ on subarunet for the orderable quantities. For detailed service, parts, and claim information, please refer to the WRG-21 Product Campaign Bulletin which will be available on STIS next week. Retailer Responsibility Please be advised that it is a violation of Federal law for a dealer to deliver a new motor vehicle covered by a recall under a sale or lease until the defect is remedied. Therefore, any Authorized Subaru Retailer failing to perform the applicable service procedures to correct all affected vehicles in their inventory prior to the vehicle being placed in service may be subject to civil penalties of up to $21,000 per violation (i.e., for each vehicle), as provided in 49 CFR §578.6 and will also be in breach of the Subaru Dealer Agreement. Any vehicles listed in any recall/campaign that are in retailer stock must be: ▪ Immediately identified ▪ Tagged or otherwise marked to prevent their delivery or use prior to repair ▪ Repaired in accordance with the repair procedures outlined in the Product Campaign Bulletin Once the remedy kits specific to this recall are available, retailers are to promptly perform the applicable service procedures, to correct all affected vehicles in their inventory (used, demo & SSLP). Whenever a vehicle subject to this recall is taken into retailer inventory necessary steps should be taken to ensure the recall correction has been made before selling or releasing the vehicle. Owner Notification Subaru will notify affected vehicle owners by first class mail within 60 days. Retailers will be advised when the notification is scheduled.

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To: Parts Managers/Service Managers From: Subaru of America, Inc. – Fixed Operations Date: September 16, 2021 Re: WRG21 Campaign & 2.4 Turbo Fuel Pump X4202XC220 Please be advised that there is a discrepancy in our EPC catalog for some engine sizes under the Vin breakdown that our IT team is working on. DO NOT use the catalog as a guide for the engine size when ordering a fuel pump for the WRG21 campaign. To locate the correct engine size for ordering the proper fuel pump for WRG21, please look at the open recall/campaign link under vehicle inquiry for the correct engine size to make sure you are ordering the correct fuel pump for the vehicle in question. We apologize for the inconvenience.

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To: From: Date: Re: Parts Managers/Service Managers Subaru of America, Inc. – Fixed Operations November 10, 2021 WRG-21 Recall: Part Numbers X4202XC220 & X4202CA330 SOA is approaching the final 25% of inventory remaining for WRG-21 recall part numbers X4202XC220 & X4202CA330. Both parts have a limited number of total VINS <4,000 for each. These 2 parts will now require a contact to PIC team for order release with a valid VIN. Parts Eye will no longer make suggestions for these parts. If you have any questions or concerns please contact the Parts Information Coordinators (PICs) at 1-866-782-2782, prompt #1.Thank you

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Subarunet Announcement To: All Subaru Retailers From: Subaru of America, Inc. Date: September 23, 2021 UPDATE: WRG-21 Fuel Pump Impeller Failure Safety Recall – Owner Notification Owner Notification Subaru will notify all affected vehicle owners by first class mail on Monday, September 27, 2021. Interim Notification – 2020 MY turbo Legacy and Outback vehicles Subaru is in the process of acquiring parts for the affected 2020 model year turbo Legacy and Outback vehicles, and expects sufficient inventory to be available at all RDCs within the next few weeks. Therefore, an interim notification letter will be mailed to the affected 2020 MY turbo Legacy and Outback owners. The total number of customers that will receive this interim notification is 2,798. Once sufficient parts inventory is available for this application, the affected owners will be notified again by first class mail to schedule an appointment to have this recall repair completed. Subaru of America, Inc. (Subaru) has initiated a safety recall for certain 2019-2020 model year Ascent, 2018-2019 model year BRZ, 2018 model year Forester (turbo), 2018-2020 model year Impreza, 2018-2020 model year Legacy, 2018-2020 model year Outback, and 2018-2019 model year WRX vehicles in which the fuel pump may become inoperative. Affected Vehicles A total of 172,308 U.S. vehicles will be affected by this recall, as listed below: Model Year Carline Production Date Range Affected vehicle count 2019-2020 Ascent January 14, 2019 – May 20, 2019 22,831 2018-2019 BRZ April 6, 2018 – November 6, 2018 2,409 2018 Forester (turbo) April 20, 2018 – August 7, 2018 2,010 2018-2020 Impreza May 3, 2018 – May 31, 2019 28,105 2018-2020 Legacy June 25, 2018 – October 18, 2019 17,487 2018-2020 Outback June 25, 2018 – October 18, 2019 88,860 2018-2019 WRX April 20, 2018 – November 1, 2018 10,606 Not all vehicles in the production ranges listed above are affected by this recall. Coverage must be confirmed by using the Vehicle Coverage Inquiry function on subarunet.com prior to repair. In addition to the Vehicle Coverage Inquiry lookup function by VIN, retailers may view and download their affected VIN list from subarunet.com/Recalls & Campaigns/Recall Affected VIN List. Description of the Defect and Safety Risk The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. Under certain conditions, the lower density fuel pump impeller may deform and interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. Service, Parts, and Claim Instructions Remedy parts must be ordered through PRIME. Please refer to ‘Recalls & Campaigns/PRIME Max Quantities’ on subarunet for the orderable quantities. For detailed service, parts, and claim information, please refer to the WRG-21 Product Campaign Bulletin which is now available on STIS. Retailer Responsibility Please be advised that it is a violation of Federal law for a dealer to deliver a new motor vehicle covered by a recall under a sale or lease until the defect is remedied. Therefore, any Authorized Subaru Retailer failing to perform the applicable service procedures to correct all affected vehicles in their inventory prior to the vehicle being placed in service may be subject to civil penalties of up to $21,000 per violation (i.e., for each vehicle), as provided in 49 CFR §578.6 and will also be in breach of the Subaru Dealer Agreement. Any vehicles listed in any recall/campaign that are in retailer stock must be: ▪ Immediately identified ▪ Tagged or otherwise marked to prevent their delivery or use prior to repair ▪ Repaired in accordance with the repair procedures outlined in the Product Campaign Bulletin Once the remedy kits specific to this recall are available, retailers are to promptly perform the applicable service procedures, to correct all affected vehicles in their inventory (used, demo & SSLP). Whenever a vehicle subject to this recall is taken into retailer inventory necessary steps should be taken to ensure the recall correction has been made before selling or releasing the vehicle.

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To: All Subaru Retailers From: Subaru of America, Inc. – Service Operations Department Date: October 4, 2021 Re: WRG-21 Fuel Pump Parts Scrapping Subaru policy states that retailers are responsible for retaining all parts that have been replaced in association with a Recall/Campaign claim for at least 14 days from the claim credit date. There has been some concern expressed with storing these fuel pumps in the retailer Parts Departments when WRG-21 recalls are performed. As a result, we will be making a policy exception specifically for the WRG-21 recall. Effective today, retailers can scrap fuel pump parts replaced under the WRG-21 recall on or immediately after the claim credit date, rather than holding the part for an additional 14 days. This applies to only to fuel pumps that are replaced to complete the WRG-21 recall on an affected vehicle. The parts scrapping policy outlined in section 15.2.5 of the Claims Policies and Procedures Manual applies to all other parts replaced when performing any other recall/campaign. Should you have any questions, please contact the Claims Helpline 866-782-2782.

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Subarunet Announcement To: All Subaru Retailers From: Subaru of America, Inc. Date: August 25, 2021 UPDATES: WRG-21 Fuel Pump Impeller Failure Safety Recall Subaru of America, Inc. (Subaru) is initiating a new safety recall for certain 2019-2020 model year Ascent, 2018-2019 model year BRZ, 2018 model year Forester (turbo), 2018-2020 model year Impreza, 2018-2020 model year Legacy, 2018-2020 model year Outback, and 2018-2019 model year WRX vehicles in which the fuel pump may become inoperative. Description of the Defect and Safety Risk The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. Under certain conditions, the lower density fuel pump impeller may deform and interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. Affected Vehicles A total of 172,308 U.S. vehicles will be affected by this recall, as listed below: Model Year Carline Production Date Range Affected vehicle count 2019-2020 Ascent January 14, 2019 – May 20, 2019 22,831 2018-2019 BRZ April 6, 2018 – November 6, 2018 2,409 2018 Forester (turbo) April 20, 2018 – August 7, 2018 2,010 2018-2020 Impreza May 3, 2018 – May 31, 2019 28,105 2018-2020 Legacy June 25, 2018 – October 18, 2019 17,487 2018-2020 Outback June 25, 2018 – October 18, 2019 88,860 2018-2019 WRX April 20, 2018 – November 1, 2018 10,606 Not all vehicles in the production ranges listed above are affected by this recall. Coverage must be confirmed by using the Vehicle Coverage Inquiry function on subarunet.com prior to repair. This information is currently available. The status of this recall will display as “Open – Limited Parts Available” to allow repairs to begin if affected vehicles are presented for other services prior to owner notification. Service, Parts, and Claim Instructions Sufficient remedy parts supply is expected to be available prior to owner notification. The remedy parts must be ordered through PRIME. Please refer to ‘Recalls & Campaigns/PRIME Max Quantities’ on subarunet for the orderable quantities. For detailed service, parts, and claim information, please refer to the WRG-21 Product Campaign Bulletin which is now available on STIS. Retailer Responsibility Please be advised that it is a violation of Federal law for a dealer to deliver a new motor vehicle covered by a recall under a sale or lease until the defect is remedied. Therefore, any Authorized Subaru Retailer failing to perform the applicable service procedures to correct all affected vehicles in their inventory prior to the vehicle being placed in service may be subject to civil penalties of up to $21,000 per violation (i.e., for each vehicle), as provided in 49 CFR §578.6 and will also be in breach of the Subaru Dealer Agreement. Any vehicles listed in any recall/campaign that are in retailer stock must be: ▪ Immediately identified ▪ Tagged or otherwise marked to prevent their delivery or use prior to repair ▪ Repaired in accordance with the repair procedures outlined in the Product Campaign Bulletin Once the remedy kits specific to this recall are available, retailers are to promptly perform the applicable service procedures, to correct all affected vehicles in their inventory (used, demo & SSLP). Whenever a vehicle subject to this recall is taken into retailer inventory necessary steps should be taken to ensure the recall correction has been made before selling or releasing the vehicle. Owner Notification Subaru will notify affected vehicle owners by first class mail on or before September 27, 2021. Retailers will be advised when the notification is scheduled.

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To: Parts Managers/Service Managers From: Subaru of America, Inc. – Fixed Operations Date: September 16, 2021 Re: Part Number X4202XC220 In preparation for the upcoming owner notification for the WRG-21 recall, it has come to our attention that some retailers have placed excessive orders for part number X4202XC220. This part number applies to the 2020MY 2.4L turbo Legacy and Outback models included in this recall. The total affected U.S. population for this part number application is 2,798. On 9/16/21, any existing parts orders for X4202XC220 that exceed 50% of the retailer’s estimated affected VIN count for that application will be cancelled and re-entered by SOA at the 50% level. Effective 9/16/21, all future orders for part number X4202XC220 must be placed through PRIME. As supply arrives over the next few weeks, all existing non-prime orders and Prime orders will be released. If you have any questions or concerns please contact the Parts Information Coordinators (PICs) at 1-866-782-2782, prompt #1. Thank you

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Bulletin Number: WRG-21R; Revised: 05/17/22 Page 1 of 74 PRODUCT CAMPAIGN BULLETIN Continued… CAUTION: VEHICLE SERVICING PERFORMED BY UNTRAINED PERSONS COULD RESULT IN SERIOUS INJURY TO THOSE PERSONS OR TO OTHERS. Subaru Service Bulletins are intended for use by professional technicians ONLY. They are written to inform those technicians of conditions that may occur in some vehicles, or to provide information that could assist in the proper servicing of the vehicle. Properly trained technicians have the equipment, tools, safety instructions, and know-how to do the job correctly and safely. If a condition is described, DO NOT assume that this Service Bulletin applies to your vehicle, or that your vehicle will have that condition. Subaru of America, Inc. is ISO 14001 Compliant ISO 14001 is the international standard for excellence in Environmental Management Systems. Please recycle or dispose of automotive products in a manner that is friendly to our environment and in accordance with all local, state and federal laws and regulations. NUMBER: WRG-21R DATE: 08/24/21 REVISED: 05/17/22 NHTSA ID : 21V587 APPLICABILITY: 2018-2019MY Legacy and Outback 2.5L and 3.6L 2020MY Legacy and Outback 2.5L and 2.4L (Turbo) 2018-2020MY Impreza 2019-2020MY Ascent 2018MY Forester (Turbo) 2018-2019MY WRX 2018-2019MY BRZ SUBJECT: Fuel Pump Impeller Failure INTRODUCTION: Subaru of America, Inc. (Subaru) is initiating a new safety recall for certain 2019-2020 MY Ascent, 2018-2019 MY BRZ, 2018 MY Forester (Turbo), 2018-2020 MY Impreza, 2018-2020 MY Legacy, 2018-2020 MY Outback, and 2018-2019 MY WRX vehicles in which the fuel pump may become inoperative. AFFECTED VEHICLES: A total of 172,308 U.S. vehicles will be affected by this recall, as listed below: Model Year Carline Production Date Range Affected vehicle count 2019-2020 Ascent January 14, 2019 – May 20, 2019 22,831 2018-2019 BRZ April 6, 2018 – November 6, 2018 2,409 2018 Forester (turbo) April 20, 2018 – August 7, 2018 2,010 2018-2020 Impreza May 3, 2018 – May 31, 2019 28,105 2018-2020 Legacy June 25, 2018 – October 18, 2019 17,487 2018-2020 Outback June 25, 2018 – October 18, 2019 88,860 2018-2019 WRX April 20, 2018 – November 1, 2018 10,606 Not all vehicles in the production ranges listed above are affected by this recall. Coverage must be confirmed by using the Vehicle Coverage Inquiry function on subarunet.com prior to repair. In addition to the Vehicle Coverage Inquiry lookup function by VIN, retailers may view and download their affected VIN list from subarunet.com/Recalls & Campaigns/Recall Affected VIN List. ATTENTION: GENERAL MANAGER q PARTS MANAGER q CLAIMS PERSONNEL q SERVICE MANAGER q IMPORTANT – All Service Personnel Should Read and Initial in the boxes provided, right. ©2021 Subaru of America, Inc. All rights reserved. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 2 of 74 Continued… DESCRIPTION OF THE DEFECT AND SAFETY RISK: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. Under certain conditions, the lower density fuel pump impeller may deform and interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. RETAILER RESPONSIBILITY: Please be advised that it is a violation of Federal law for a dealer to deliver a new motor vehicle covered by a recall under a sale or lease until the defect is remedied. Therefore, any Authorized Subaru Retailer failing to perform the applicable service procedures to correct all affected vehicles in their inventory prior to the vehicle being placed in service may be subject to civil penalties of up to $21,000 per violation (i.e., for each vehicle), as provided in 49 CFR §578.6 and will also be in breach of the Subaru Dealer Agreement. Any vehicles listed in any recall/campaign that are in retailer stock must be: • Immediately identified. • Tagged or otherwise marked to prevent their delivery or use prior to repair. • Repaired in accordance with the repair procedures outlined in the Product Campaign Bulletin Retailers are to promptly follow the applicable service procedures, to correct all affected vehicles in their inventory (used, demo & SSLP). Additionally, whenever a vehicle subject to this recall is taken into retailer inventory necessary steps should be taken to ensure the recall correction has been made before selling or releasing the vehicle. OWNER NOTIFICATION: Owner Notification Subaru notified all affected vehicle owners of this recall by first class mail on September 27, 2021. Owners of the affected 2020 model year turbo Legacy and Outback vehicles were advised that parts were not available yet. On October 25, 2021, owners of the affected 2020 model year turbo Legacy and Outback vehicles will be re-notified by first class mail, advising them that sufficient parts inventory is now available and to schedule an appointment to have this recall repair completed. Copies of the owner notification letters for this recall are included at the end of this bulletin. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 3 of 74 Continued… PARTS INFORMATION: The parts required to perform these repairs have been assembled into Fuel Pump Kits, numbered for each model and labeled accordingly as shown below to help insure installation of the proper kit into the applicable model. Description Kit Part Number Model Year Model Application WRD-20 / WRG-21 Fuel Pump Kit X4202AL000 18-19 Legacy / Outback 2.5L X4202AL010 18-19 Legacy / Outback 3.6L X4202XC220 20 Legacy / Outback 2.4L X4202AN110 20 Legacy / Outback 2.5L X4202FL000 18-20 Impreza X4202XC000 19-20 Ascent X4202CA330 18-19 BRZ X4202SG660 18 Forester (Turbo) 18-19 WRX Sufficient remedy parts supply is expected to be available prior to owner notification. Once available, the remedy parts must be ordered through PRIME. Please refer to “Recalls & Campaigns/PRIME Max Quantities” on Subarunet for the orderable quantities. NOTE: X4202XC220 & X4202CA330 kits continue to be ordered through PRIME, although the parts are placed on hold and restricted from Partseye suggestions. The PIC team will release the order when contacted and provided with the valid VIN and order number. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 4 of 74 Continued… The information below provides component part content breakdown of the fuel pump kits: Kit Number X4202CA330 continues to be ordered through PRIME, although the part are placed on hold and restricted form Patseye suggestions. the PIC team will release the order when contacted and provided with the valid VIN and order number. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 5 of 74 Continued… Bulletin Number: WRG-21R; Revised: 05/17/22 Page 6 of 74 Continued… Bulletin Number: WRG-21R; Revised: 05/17/22 Page 7 of 74 Continued… NOTE: Kit Number X4202XC220 continues to be ordered through PRIME, although the part are placed on hold and restricted form Patseye suggestions. the PIC team will release the order when contacted and provided with the valid VIN and order number. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 8 of 74 Continued… Bulletin Number: WRG-21R; Revised: 05/17/22 Page 9 of 74 Continued… Bulletin Number: WRG-21R; Revised: 05/17/22 Page 10 of 74 Continued… Bulletin Number: WRG-21R; Revised: 05/17/22 Page 11 of 74 Continued… Bulletin Number: WRG-21R; Revised: 05/17/22 Page 12 of 74 Continued… ADDITIONAL REQUIRED MATERIALS / SPECIAL TOOLS: • 42099FL030 Fuel Pipe Adapter: Connects directly to the fuel pump outlet pipe at the fuel tank. Remove & discard the temporary plug before use. NOTE: Retailers were automatically shipped 2 of these adapters at no charge for use with the original WRD-20R campaign. • 42099CA010 (for Forester, WRX, BRZ, and 18-19 Legacy / Outback) and 42099FL020 (for Ascent, Impreza, and 20 Legacy / Outback) Fuel Tank Caps: To be put back into the fuel pump opening in the fuel tank after pump removal. These caps will help contain fuel odors and prevent contamination from entering the tank while the pump assembly is removed. • 42099FL000 Ring Nut Wrench: Used to remove and install the fuel pump assembly locking rings on Ascent, Impreza, and 20MY Legacy/Outback. This is already a required essential Subaru Special Service Tool. • 42099CA000 BRZ Ring Nut Wrench: Used to remove and install the fuel pump assembly locking rings on BRZ models. This is already a required essential Subaru Special Service Tool. • Redline Detection Smoke Pro (RDL-95-0051). Used for leak testing the fuel tank chamber and fuel pump assembly. This is already a required essential Subaru Special Service Tool. IMPORTANT: A length of door edge guard, flexible tubing or heavy duty electrical tape to apply around the fuel pump access opening to avoid cuts / abrasions from sharp edges is required for all fuel pump replacement repairs. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 13 of 74 Continued… SERVICE PROCEDURES / TABLE OF CONTENTS: Carline Begins on Page 18-19MY Legacy / Outback 2.5L & 3.6L 16 20MY Legacy / Outback 2.4L & 2.5L 38 Impreza, Ascent, 20MY Legacy / Outback 2.4L & 2.5L TIPS 25 BRZ TIPS 50 Forester XT Turbo 16 WRX 16 Impreza 29 Ascent 38 Service Procedure Information for ALL MODELS: NOTES: • The following information is intended to SUPPLEMENT the following and Service Manual procedures. • Two new videos have been linked below to provide additional information regarding: 1) Installation of the new fuel pump component into the filter housing 2) Hints for getting the new retaining Ring Nut threads properly engaged onto the fuel tank threads. • These video links are included in APPENDIX A on pg. 57 and APPENDIX B on pg. 60 along with additional information. VERY IMPORTANT: To avoid gasoline spillage, THIS PROCEDURE MUST BE PERFORMED WHEN THE FUEL LEVEL IN THE TANK IS AT OR BELOW 2/3 FULL. If over 2/3 full, the tank will need to be drained to 2/3 or less before attempting to remove the complete fuel pump assembly. ALWAYS follow ALL the CAUTIONS and procedures for safely releasing fuel pressure and draining fuel from the fuel tank as supplied in the applicable Service Manual. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 14 of 74 Continued… ALWAYS remove the fuel filler cap to release any accumulated vapor pressure as a first step. If draining fuel from the fuel tank is necessary, follow the applicable procedure this bulletin along with “USING THE SELECT MONITOR” procedure in the applicable Service Manual. When removing the rear seat cushion (all models except Ascent & BRZ), if the plastic retaining clips (a) (p.n. 64396KA010 for 18-19 Legacy / Outback and 64333FJ000 for Impreza, WRX, Forester, and 20 Legacy / Outback) in the floor come out, they become one-time use items and MUST be replaced during reassembly. When installing the seat cushion, always confirm the seat belt buckles are returned to the proper positions. When removing the fuel pump access cover, there is a foam seal between the cover and the vehicle body (except BRZ). Use CAUTION when removing the cover to not damage the foam seal. If found to be or if it becomes damaged, the replacement seal part numbers are: 96077AJ00A for Legacy / Outback and 96077FL00A for Impreza and Ascent. It cannot be stressed enough to have plenty of clean shop cloths and / or absorbent pads available to use when removing the fuel line(s) from the fuel pump. A small drip tray or pan is also recommended to use for catching any dripping fuel when removing the fuel pump assembly from the tank. IMPORTANT: When performing these procedures, shop cloths contaminated with gasoline will be created. It is CRITICAL they be handled safely and following proper disposal guidelines. Always store contaminated shop cloths in an approved safety can as shown here. After removing the rear seat cushion assembly and the (main) fuel pump access cover, use a length of small hose (sliced lengthwise), vinyl door edge guard as shown here or electrical tape to cover the edge of the access opening in the floor panel. This will protect any removed fuel line(s) and Technician hands from cuts or abrasions resulting from sharp edges. The photo here shows the power harness unplugged and shop cloths in place to absorb residual fuel that may remain in the lines after removal from the pump assembly. CAREFULLY release the retaining clip(s) with a small flat-blade screwdriver, put a cloth over the connection and remove the line(s). Immediately install the plug(s) provided in the replacement fuel pump kits into the removed line(s) to avoid any spillage. This will help reduce the chances of post-repair customer concerns of fuel odor inside the cabin. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 15 of 74 Continued… On WRX, Forester, and 18-19 Legacy / Outback models, use a small container or magnetic dish to keep all the retaining ring nuts together while the pump assembly is removed. Have a small fuel-safe drain pan in place to catch any spilled fuel as the pump assembly is CAREFULLY lifted out of the fuel tank. If available, use a vacuum bleeder with a collection reservoir and hose to draw some of the stored fuel out of the fuel chamber surrounding the pump and filter to help avoid spillage. NOTE: On Ascent, there is a jet pump fuel tube attached to the lower portion of the fuel pump assembly as shown below, right which must also be removed before the pump assembly can be completely removed from the vehicle. Release the retaining clip with a small flat-blade screwdriver and remove the line but, secure the line with electrical tape or Mechanic’s wire to keep it from falling into the tank once it is removed. If not secured, it will fall into the tank and have to be “fished” out prior to reinstalling the pump assembly. IMPORTANT: After the pump assembly is removed, ALWAYS install the applicable fuel tank cap (plug) as shown below or, cover the fuel tank opening with shop cloths or a fender cover (or an equivalent) to keep fuel odors from accumulating inside the cabin. These tools are not required when replacing the complete fuel pump assembly due to the very short time the tank will be open to complete the repair. NOTE: When searching STIS for the applicable Service Manual procedures for reference, select Fuel Filter REMOVAL to get the detailed procedure for separating the pump / filter sock assembly from the complete fuel pump assembly. Fuel Filter removal is NOT required to complete this procedure. The replacement pumps come with a new filter sock already in place as shown here. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 16 of 74 Continued… For this recall, the 2-wire (Blue / Black) fuel pump wiring harness indicated as 1-time use in the Service Manual is reused but, should be inspected for damage or any evidence of overheating (discoloration of connectors, etc.). IMPORTANT: If any damage e.g. distorted or melting plastic connectors, overheated wiring or terminals is identified, the harness MUST be replaced. It easily unplugs from the fuel pump. When reinstalling the thinner (Black / Red) fuel sender wires into the 2 retaining clips, they go into the clips first and are held in place by the thicker fuel pump harness wires. FUEL PUMP REPLACEMENT for 18-19 LEGACY and OUTBACK 2.5 and 3.6L, WRX, & FORESTER XT Turbo Models: IMPORTANT PRECAUTIONS: • Place “NO OPEN FLAMES” signs near the working area. • Be careful not to spill any fuel, especially when working inside the vehicle. • Catch any leaking fuel from the removed fuel tube(s) using a small drain pan or cloths. • If the fuel level in the tank is 2/3 full or more, drain the fuel to below 2/3 full before starting • this procedure to avoid spilling any fuel. • To prevent static electricity discharge / spark, always discharge any static electricity before starting this procedure using an anti-static cord and / or touching a grounded metal part of the vehicle body (e.g. door striker). • Insure there is plenty of ventilation by opening windows of the vehicle and the service area. • ALWAYS remove the fuel cap to release any accumulated evaporative / vapor pressure. As mentioned earlier, select Fuel Filter REMOVAL in the applicable Service Manaual to get the complete, detailed procedure for separating the fuel pump / filter sock from the complete fuel pump assembly. The following instructions will follow the Service Manual with additional photos to help clarify the step where applicable. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 17 of 74 Continued… 1. Park the vehicle where the work will be performed. Release the fuel pressure: • Locate and remove the fuel pump fuse in the under-hood fuse box (M/B). • Start the engine and allow it to run until it stalls. NOTE: Even after the engine stalls, there will still be a small amount of residual pressure left in the fuel system. Crank the engine another 5 seconds with the starter. 2. Enter the driver seat and lower all windows. Using the fuel gauge in the Combination Meter, check the fuel level. • If the fuel gauge shows two thirds (2/3) or more: go to STEP 3. • If the fuel gauge shows less than two thirds: go to STEP 4. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 18 of 74 Continued… (STEP 3:) The PREFERRED method for draining fuel will be to use the special adapter p.n. 42099FL030. CAREFULLY remove the rear seat cushion assembly and fuel pump access cover. Apply a length of door edge guard, flexible tubing or electrical tape around the pump access opening as protection from cuts / abrasions from any sharp edges. Release the quick disconnect fitting at the fuel pump outlet pipe. While covering the fuel pipe with a clean shop cloth to catch any residual pressurized fuel, slide the fuel delivery pipe off the fuel pump outlet. Insert the plastic temporary plug supplied in the kit into the removed fuel delivery pipe. The one-time use temporary plug is included in the replacement fuel pump parts kit. • Connect a sufficient length of 5/16” rubber fuel hose to the male hose barb portion of the adapter fitting. Always secure it with a small hose clamp to prevent leakage. Remove the plastic plug from the adapter and connect the adapter / hose assembly to the male fuel discharge tube of the fuel pump as shown below. Put the other end of the rubber fuel hose securely into a safety container to collect the drained fuel. Once the drain hose assembly is securely in place, connect the SSM4, turn the ignition ON and from the Active test item menu, select Fuel Pump Control to operate the fuel pump. Drain the fuel tank down until the fuel gauge reads at or below 2/3 full. Remove Plug and Discard Bulletin Number: WRG-21R; Revised: 05/17/22 Page 19 of 74 Continued… 3. While holding the battery sensor firmly with one hand to avoid damage, loosen and disconnect the ground terminal. 4. If not already done in STEP 3, CAREFULLY remove the rear seat cushion assembly, set it aside in a clean, safe place and remove the fuel pump access cover. Take care to not damage the foam seal. REMINDER: ALWAYS remove the fuel tank filler cap to release any remaining vapor pressure. 5. Fuel Pump Assembly Removal: • CAREFULLY using HAND TOOLS ONLY, remove the fuel pump access cover while paying close attention to avoid damaging the foam seal between the cover and vehicle body. Replace the seal if damaged with p.n. 96077AJ00A (rare case). NEVER use air or electric tools when performing this step • Apply a length of door edge guard, flexible tubing or electrical tape around the pump access opening as protection from cuts / abrasions from any sharp edges. • Release the quick disconnect fitting at the fuel pump outlet pipe, and while covering the pipe and connector with a clean shop cloth to catch any residual pressurized fuel, slide the fuel delivery pipe off the fuel pump outlet tube. Insert the plastic temporary plug into the fuel delivery pipe connector. The one-time use temporary plug is included in the replacement fuel pump parts kit. • CAREFULLY using HAND TOOLS ONLY, remove the nuts securing the fuel pump top plate to the fuel tank. CAUTION: If the nuts are hard to loosen, use a lubricant on them and take care not to break the fuel tank studs. NEVER use air or electric tools when performing this step • CAREFULLY remove the fuel pump assembly from the fuel tank. Use a vacuum tool with a reservoir, squeeze bottle or an equivalent tool to remove residual fuel from the fuel chamber of the pump assembly along with a small catch pan to prevent spilling fuel as the pump assembly is removed. IMPORTANT: Do not let the fuel level sensor arm or float contact the tank opening during removal. 6. Once the fuel pump assembly has been removed, install the applicable plastic plug tool into the fuel tank opening to prevent contamination from entering the tank and fuel vapors from accumulating in the vehicle interior. If the plug is not available, cover the opening with a clean shop cloth. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 20 of 74 Continued… 7. After disconnecting the pump and sending unit harness connectors from the underside of the top flange, CAREFULLY remove the fuel sending unit from the pump chamber. IMPORTANT: If any damage e.g. distorted or melting plastic connectors, overheated wiring or terminals is identified, the harness MUST be replaced. Release the retaining clip (a plastic trim tool is being used here) and slide the sending unit upward. NEVER touch the contact surface of the sending unit and use care to avoid bending or otherwise damaging the float arm and contact point. • CAREFULLY disconnect both the fuel pump and fuel sending unit harness connectors and remove the wiring from the retaining clips. Note the wire routing prior to disassembly for reference during reassembly. • Compress the spring (fuel filter assembly) and remove / discard the (one-time use) c-clip (ring clip). • IMPORTANT: When releasing the retaining claws as described in the following steps, move them only as far as needed to disengage them. If any break, the affected component must be replaced. • Release the retaining claw for the tube at the bottom of the fuel chamber. • CAREFULLY release the 3 claws for the pump holder from the fuel chamber then raise the pump / filter assembly upward. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 21 of 74 Continued… • CAREFULLY remove the fuel tube assembly from the fuel chamber using a small flat-blade screwdriver wrapped with protective tape as shown. • Using 2 small flat-blade screwdrivers, CAREFULLY release the 2 claws securing the fuel pump to the regulator. • Release the 3 remaining claws at the bottom of the fuel pump then CAREFULLY press down on the top of the pump to push it out the bottom of the fuel filter assembly. STOP HERE DO NOT remove the pressure regulator or otherwise go any further with disassembly of the fuel pump assembly. IMPORTANT: Remove the o-ring and spacer from the original fuel pump. The spacer is reused. Put the removed pump in a vise and crush it as shown above to eliminate any chance of it being reused. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 22 of 74 Continued… 8. Install the New Fuel Pump Assembly: Transfer the white plastic spacer (B) to the new pump and install the new o-ring (A) from the kit to hold the spacer in place. It is CRITICAL for the bushing and NEW o-ring to be installed on the new pump in the proper order. Always lubricate the new o-rings with gasoline. IMPORTANT: Always confirm the original o-ring came out of the filter assembly during disassembly. If not, use a rubber-tipped or plastic (non-marring) pick tool to CAREFULLY remove it without scratching the filter assembly bore. • Install the new fuel pump into the fuel filter assembly. Using the image below as a guide, lay the partially reassembled pump assembly on the bench horizontally and insert the new pump into the fuel filter assembly. Using both hands, CAREFULLY press the new pump and filter assemblies together until a “click” is heard from ALL of the new fuel pump’s retaining claws. If the new pump does not fully seat and lock into position, make sure the old o-ring (A) is not still in the bore as shown above. See Appendix A starting on pg. 57 for more information and a video on this CRITICAL step. • Replace all 3 rubber cushions (feet) on the bottom of the fuel chamber, replacements are included in the kit. Failure to replace these may result in a later noise complaint. • CAREFULLY refit the tube assembly back into the fuel chamber until it clicks into position. • Refit the tube back on to the bottom side of the fuel chamber. Plastic Non-Marring Pick Tool Bulletin Number: WRG-21R; Revised: 05/17/22 Page 23 of 74 Continued… • Refit the spring (B) to the rod with the snap ring groove then re-install the pump / filter assembly into the fuel chamber. IMPORTANT: Confirm tube (A) is routed UNDER the retaining claw then lock all 3 claws in place. • Press the top of the pump assembly downward and install the new c-clip (ring clip) included in the kit. • Re-connect the fuel pump harness. CAREFULLY refit the fuel level sensor assembly to the fuel chamber. Put the (thinner) fuel lever sensor wires into the 2 retaining clips first followed by the fuel pump wires IN THAT ORDER. • Leak test the fuel pump assembly to confirm there are no leaks PRIOR TO reinstalling the assembly into the fuel tank. Using the Redline Smoke Pro, apply approximately 0.45PSI (3.1Kpa) to the pump assembly as shown. Confirm the applied pressure can be held for 10 seconds. If the pressure can be held, continue with installation. If pressure cannot be held, check the jet pump seating and o-ring condition. If the pump does not pass the leak test and disassembly is required, it is IMPORTANT to never reuse the one-time use o-ring. 9. IMPORTANT: Make sure all the sealing surfaces are free from fuel or foreign matter before reinstalling the fuel pump assembly. • CAREFULLY reinstall the fuel pump assembly into the tank in the proper position / orientation. ALWAYS use the new gasket included in the kit. • IMPORTANT: Use CAUTION to keep the fuel level sensor arm from contacting the fuel • tank opening. If the arm were to become bent, the fuel gauge may not read properly. • Using the illustrations below for reference, align the recess of the fuel pump upper plate cushion to the protrusion (A) of the fuel pump assembly. • While keeping cutout (B) of the fuel pump upper plate toward the rear of the vehicle, align protrusion (C) of the fuel pump upper plate cushion with the cutout. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 24 of 74 Continued… • CRITICAL: Refer to the warning information in APPENDIX D on page 63. Lightly hand tighten all nuts in the sequence shown below. Complete tightening of the 8 retaining nuts to the specified torque: 4.4 Nm, (3.2 ft. lbs. or 38 inch- pounds) following the sequence shown below. NEVER use air or electric powered tools to tighten these nuts as the studs may be damaged. 1 2 3 7 5 6 8 4 FRONT of VEHICLE • Remove and discard the plastic temporary plug from the fuel delivery pipe and re-connect the pipe to the fuel pump outlet tube. Make sure the connector is all the way onto the outlet tube then lock the slider. Tug on the delivery pipe to be sure it is fully locked in place. IMPORTANT REMINDERS: Discard the plastic fuel line plug as it is a one-time use item. Reusing the plug may damage the connector’s internal o-ring and cause a fuel leak. • Ensure both the pipe and tube are clean and dry • If the slider does not move easily, confirm the pipe is engaged on the tube • ALWAYS confirm the pipe is fully engaged after connecting and check for any leaks 10. Reconnect the harness connector to the fuel pump. 11. Reconnect the ground cable to the battery sensor. Torque to 7.5 Nm (5.5 ft. lbs.) while supporting the sensor with the other hand. 12. Turn on the ignition switch to run the fuel pump. The engine does not need to be started. Check closely for any leaks around ALL fuel delivery tube connections removed as part of this repair (including those under the hood if fuel was drained) and around the top plate 13. Reinstall the inspection cover. 14. Reinstall the seat cushion assembly while making sure the seat belt buckles are properly positioned. IMPORTANT NOTE: If any of the plastic clips securing the seat cushion to the body were displaced when removing the seat cushion, they MUST be replaced. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 25 of 74 Continued… 15. Perform Fuel Tank Leak Test: See APPENDIX C on page # 62 for the procedure. 16. Return any removed fuel back to the vehicle. 17. Deodorize the vehicle interior as necessary. Helpful TIPS for 20MY LEGACY/OUTBACK, IMPREZA and ASCENT Models: The procedure for replacing the fuel pump on Impreza and Ascent is very similar to the Legacy and Outback. The major differences are described here: • Both fuel pump assemblies are retained into the fuel tank by a threaded locking ring (ring nut) instead of a top plate secured by studs and nuts. There are separate procedures for tightening these ring nuts. A special tool (42099FL000) is used for both models. A 1/2-inch drive breaker bar and Torque wrench (for Impreza) are also required. New ring nuts and the required sealing rings are included in the replacement fuel pump part kits. • IMPORTANT: Always press down vertically on the center of the tool with one hand and pull squarely on the bar or wrench with the other to keep it from slipping off the ring nut. • CRITICAL: There are 2 procedures for tightening the ring nuts: ○ The Impreza ring nut is simply tightened to 130 Nm (96 ft. lbs.). followed by a CRITICAL height measurement check in 3 places to confirm there is no cross-threading. The black arrow indicates the thread starting point of the ring nut threads. ○ The Ascent, 20MY Legacy, and Outback ring nuts use a starting point identified by aligning hash marks molded into the top of the fuel tank with another set on the ring nut. Another set of hash marks molded into the tank and 90 degrees to the right (90 degrees clockwise from the first set) identify the tightening finish point “Range Marks”. The Ascent, 20MY Legacy, and Outback procedure also includes a height measurement check in 3 places to confirm there is no ring nut cross-threading. ASCENT & 20 Leg/Out RING IMPREZA RING END OF for 18-19 LEGACY and OUTBACK 2.5 and 3.6L, WRX, & FORESTER XT Turbo SERVICE PROCEDURES Bulletin Number: WRG-21R; Revised: 05/17/22 Page 26 of 74 Continued… Ascent Ring Nut Markings: • Inspect the new ring nut and identify the set of 3 “teeth” close together as shown above. NOTE: The center or middle line (GREEN tooth) must be aligned with the triangle Δ mark in the middle of the thread starting point hash marks as shown below. Also, there is another Δ mark on the top of the fuel pump (Indexing Arrow) to be used as a reference for making sure the pump is properly indexed inside the tank. See Appendix B starting on pg. 60 for more information and a video on this CRITICAL step. STARTING POINT Hash Marks Pump Indexing Arrow • Once the initial alignment is done, start tightening the ring nut with the special tool. As it tightens, the up and down movement of the fuel pump assembly will be reduced. Once this up and down movement can no longer be felt (one full turn), it is VERY IMPORTANT to make sure the indexing arrow of the fuel pump assembly stays aligned with the arrow in the center of the starting point hash marks. At this point, the ring nut should only need final tightening to get the middle line into the range of (between) the Finishing Point Range hash marks. REMINDER: As the final tightening is completed, make sure the indexing arrow is still aligned with the arrow in the center of the starting point hash marks. If not, loosen the ring nut reposition the pump properly and re-tighten. • TIP: To help stop the pump from turning while tightening the ring nut, make sure the new gaskets and all the surfaces they contact (top of fuel tank, top and bottom of the fuel pump flange and both sides of the top seal plate) are thoroughly cleaned of any residual gasoline or other contamination and completely dry. Areas to focus on are shown in red below. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 27 of 74 Continued… • On Impreza, start the ring nut with the indexing arrow centered between the hash marks. Tighten the ring to 96 ft. lbs. IMPORTANT: As the specified torque approaches, confirm the indexing arrow on the fuel pump stays between the hash marks. When successful alignment and torque are achieved, perform the height adjustment check procedure below. Height Adjustment Checks: • CRITICAL: These height measurement checks MUST be made as a final check to confirm the ring nut is not cross-threaded. • Ascent, 20MY Legacy, and Outback: 23.8 +/- 2.5 mm (.937 +/- .098 in.) measured in 3 positions around the ring nut. The best tool for doing this measurement is a digital caliper as shown below. Measure from the top edge of the ring nut “teeth” to the top surface of the tank. • Impreza: After the specified torque is reached, measure the height using a digital caliper as shown below between the flats adjacent to the ring nut “teeth” to the top surface of the tank in 3 places. All 3 measurements must be between 1.5 mm of each other. NOTE: In cases where the ring nut does not thread properly onto the fuel tank, it will be necessary to “jump” one thread to avoid cross-threading of the ring nut and tank. To do this, begin threading the ring nut onto the tank at a minimal angle until slight turning resistance is felt. The ring nut thread starting points are identified by the triangle arrow Δ on the Impreza ring and the set of 3 lines close together on the Ascent ring nut (Green arrows in photo below and highlighted with black marker on the parts). Once the resistance is felt, apply a quick, downward, non-percussive force to the side of the ring opposite from where the threads were started. A slight “pop” sound should be heard. Once the pop has been heard and while keeping downward pressure on the ring nut, continue threading the ring nut onto the tank until it can no longer be turned by hand. Proceed with the remainder of the tightening and height adjustment procedures as described above. See Appendix B starting on pg. 60 for more information and a video on this CRITICAL step. ASCENT IMPREZA Pump Indexing Arrow Bulletin Number: WRG-21R; Revised: 05/17/22 Page 28 of 74 Continued… 20 LEG/OUT & ASCENT RING IMPREZA RING Other differences (between Models) to be aware of: 1. The fuel pump is secured to the filter assembly with 3 retaining claws instead of 5. 2. Instead of having 2 fuel line connections on the pump assembly, Impreza, Ascent, 20MY Legacy & Outback only use 1. 3. Impreza does not utilize a “saddle” type fuel tank therefore, there is also no jet pump. 4. These models utilize a large o-ring seal between the fuel pump assembly and the tank instead of a rubber gasket. Ascent, 20MY Legacy & Outback use an additional blue plastic sealing washer between the lock ring and top of the fuel pump assembly. 5. Ascent, 20MY Legacy & Outback have a jet pump fuel line connection to the fuel chamber inside the tank. When removing this line, if desired, it can be secured either with tape or a piece of Mechanic’s wire under the connector slider to keep it from dropping inside the fuel tank. END OF IMPREZA, ASCENT, and 20MY LEAGACY / OUTBACK TIPS Bulletin Number: WRG-21R; Revised: 05/17/22 Page 29 of 74 Continued… FUEL PUMP REPLACEMENT for 2018-20MY IMPREZA Models: IMPORTANT PRECAUTIONS: • Place “NO OPEN FLAMES” signs near the working area. • Be careful not to spill any fuel, especially when working inside the vehicle. • Catch any leaking fuel from the removed fuel tube(s) using a small drain pan or cloths. • If the fuel level in the tank is 2/3 full or more, drain the fuel to below 2/3 full before starting • this procedure to avoid spilling any fuel. • To prevent static electricity discharge / spark, always discharge any static electricity before starting this procedure using an anti-static cord and / or touching a grounded metal part of the vehicle body (e.g. door striker). • Insure there is plenty of ventilation by opening windows of the vehicle and the service area. • ALWAYS remove the fuel cap to release any accumulated evaporative / vapor pressure. As mentioned earlier, select Fuel Filter REMOVAL in the applicable Service Manual to get the complete, detailed procedure for separating the fuel pump / filter sock from the complete fuel pump assembly. The following instructions will follow the Service Manual with additional photos to help clarify the step where applicable. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 30 of 74 Continued… 1. Park the vehicle where the work will be performed. Release the fuel pressure: • Locate and remove the fuel pump fuse in the under-hood fuse box (M/B). • Start the engine and allow it to run until it stalls. NOTE: Even after the engine stalls, there will still be a small amount of residual pressure left in the fuel system. Crank the engine another 5 seconds with the starter. 2. Enter the driver seat and lower all windows. Using the fuel gauge in the Combination Meter, check the fuel level. • If the fuel gauge shows two thirds (2/3) or more: go to STEP 3. • If the fuel gauge shows less than two thirds: go to STEP 4. (STEP 3:) The PREFERRED method for draining fuel will be to use the special adapter p.n. 42099FL030. CAREFULLY remove the rear seat cushion assembly and fuel pump access cover. Apply a length of door edge guard, flexible tubing or electrical tape around the pump access opening as protection from cuts / abrasions from any sharp edges. Release the quick disconnect fitting at the fuel pump outlet pipe. While covering the fuel pipe with a clean shop cloth to catch any residual pressurized fuel, slide the fuel delivery pipe off the fuel pump outlet. Insert the plastic temporary plug supplied in the kit into the removed fuel delivery pipe. The one-time use temporary plug is included in the replacement fuel pump parts kit. This plug is not required if the fuel pump assembly is being replaced due to the very short disconnection time. • Connect a sufficient length of 5/16” rubber fuel hose to the male hose barb portion of the adapter fitting. Always secure it with a small hose clamp to prevent leakage. Remove the plastic plug from the adapter and connect the adapter / hose assembly to the male fuel discharge tube of the fuel pump as shown below. Put the other end of the rubber fuel hose securely into a safety container to collect the drained fuel. Once the drain hose assembly is securely in place, connect the SSM4, turn the ignition ON and from the Active test item menu, select Fuel Pump Control to operate the fuel pump. Drain the fuel tank down until the fuel gauge reads at or below 2/3 full. Remove Plug and Discard Bulletin Number: WRG-21R; Revised: 05/17/22 Page 31 of 74 Continued… 3. Disconnect the ground terminal from battery and wait 60 seconds before proceeding. 4. If not already done in STEP 3, CAREFULLY remove the rear seat cushion assembly, set it aside in a clean, safe place. While pushing the corners of the rear seat cushion from above, pull the knobs of the retaining hooks forward. Lift up on the front of the cushion assembly to disengage the rear hooks and remove it. REMINDER: ALWAYS remove the fuel tank filler cap to release any remaining vapor pressure. CAUTION: • The Airbag system satellite safing sensor is located under the front center of the rear seat cushion. Be careful not to apply any strong impacts to the sensor when working with the rear seat cushion removed. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 32 of 74 Continued… 5. Fuel Pump Assembly Removal: • CAREFULLY remove the fuel pump access cover while paying close attention to avoid damaging the foam seal between the cover and vehicle body. Replace the seal if damaged with p.n. 96077FL00A (VERY RARE case). • Apply a length of door edge guard, flexible tubing or electrical tape around the pump access opening as protection from cuts / abrasions from any sharp edges. • Release the quick disconnect fitting at the fuel pump outlet pipe, and while covering the pipe and connector with a clean shop cloth to catch any residual pressurized fuel, slide the fuel delivery pipe off the fuel pump outlet tube. Insert the plastic temporary plug into the fuel delivery pipe connector. The one-time use temporary plug is included in the replacement fuel pump parts kit. • Disconnect the harness connector from the pump. • CAREFULLY using HAND TOOLS ONLY and the Ring Nut Wrench tool shown here, remove the plastic retaining ring securing the fuel pump assembly in the fuel tank. NOTE: Make sure the removed fuel delivery pipe is ON TOP of the tool as shown and not pinched under it. • CAREFULLY remove the fuel pump assembly from the fuel tank. Use a vacuum tool with a reservoir, squeeze bottle or an equivalent tool to remove residual fuel from the fuel chamber of the pump assembly along with a small catch pan to prevent spilling fuel as the pump assembly is removed. IMPORTANT: Do not let the fuel level sensor arm or float contact the tank opening during removal. • Once the fuel pump assembly has been removed, install the applicable plastic plug tool into the fuel tank opening to prevent contamination from entering the tank and fuel vapors from accumulating in the vehicle interior. If the plug is not available, cover the opening with a clean shop cloth. The plug is not required when replacing the complete fuel pump assembly due to the very short time the tank will be open for that repair. 6. After disconnecting the pump and sending unit harness connectors from the underside of the top flange, CAREFULLY remove the fuel sending unit from the pump chamber. IMPORTANT: If any damage e.g. distorted or melting plastic connectors, overheated wiring or terminals is identified, the harness MUST be replaced. Release the retaining clip (a plastic trim tool is being used here) and slide the sending unit upward. NEVER touch the contact surface of the sending unit and use care to avoid bending or otherwise damaging the float arm and contact point. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 33 of 74 Continued… 7. CAREFULLY disconnect both the fuel pump and fuel sending unit harness connectors and remove the wiring from the retaining clips. Note the wire routing prior to disassembly for reference during reassembly. • Compress the spring (fuel filter assembly) and remove / discard the (one-time use) c-clip. • IMPORTANT: When releasing the retaining claws as described in the following steps, move them only as far as needed to disengage them. If any break, the affected component must be replaced. • Using a flat-blade screwdriver wrapped with protective tape (or equivalent), release the connector for the fuel tube at the bottom of the fuel chamber. Remove the fuel tube from the side of the fuel chamber as shown. • CAREFULLY disengage three claws of the fuel pump holder from the fuel chamber assembly. Remove the fuel pump and filter assembly from the chamber. Fuel Pump Holder • CAREFULLY remove the fuel pump holder from the fuel filter assembly. • Disengage the 3 claws at the bottom of the fuel pump. • Using the flat tip screwdriver or similar tool wrapped with a protective tape, press on the fuel pump and remove the fuel pump from the fuel filter assembly. IMPORTANT: Remove the o-ring and spacer from the original fuel pump. The spacer is reused. Put the removed pump in a vise and crush it as shown here to eliminate any chance of it being reused. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 34 of 74 Continued… • Transfer the white plastic spacer (B) to the new pump and install the new o-ring (A) from the kit to hold the spacer in place. Lubricate the new o-ring with gasoline. • IMPORTANT: Always confirm the original o-ring came out of the filter assembly during disassembly. If not, use a rubber- tipped or plastic (non-marring) pick tool to CAREFULLY remove it without scratching the filter assembly bore. Transfer the white plastic spacer (B) to the new pump and install the new o-ring (A) from the kit to hold the spacer in place. It is CRITICAL for the bushing and NEW o-ring to be installed on the new pump in the proper order. Always lubricate the new o-rings with gasoline. 8. Install the new fuel pump into the fuel filter assembly. Using the image here as a guide, lay the partially reassembled pump assembly on the bench horizontally and insert the new pump into the fuel filter assembly. Using both hands, CAREFULLY press the new pump and filter assemblies together until a “click” is heard from ALL of the new fuel pump’s retaining claws. If the new pump does not fully seat and lock into position, make sure the old o-ring (A) is not still in the bore as shown above. See Appendix A starting on pg. 57 for more information and a video on this CRITICAL step. • Refit the fuel pump holder to the fuel filter assembly. • Reinstall the fuel filter assembly into the fuel chamber. Make sure the fuel tube and the spring are properly positioned as shown in the photo and illustration below. • Confirm the 3 claws securing the fuel filter assembly into the fuel chamber are fully engaged. • Secure the fuel tube to the outside of the fuel chamber and reconnect it at the bottom. • Push the fuel filter assembly in the direction of the arrow to compress, and install the new clip supplied in the kit. Plastic Non-Marring Pick Tool Bulletin Number: WRG-21R; Revised: 05/17/22 Page 35 of 74 Continued… • Leak test the fuel pump assembly to confirm there are no leaks PRIOR TO reinstalling the assembly into the fuel tank. Using the Redline Smoke Pro, apply approximately 0.45PSI (3.1Kpa) to the pump assembly as shown. Confirm the applied pressure can be held for 10 seconds. If the pressure can be held, continue with installation. If pressure cannot be held, check the jet pump seating and o-ring condition. If the pump does not pass the leak test and disassembly is required, it is IMPORTANT to never reuse the one-time use o-ring. 9. CAREFULLY refit the fuel level sensor assembly to the fuel chamber. Put the (thinner) fuel lever sensor wires into the 2 retaining clips first followed by the fuel pump wires IN THAT ORDER. • CRITICAL: ALL surfaces of the new pump assembly o-ring, top gasket, underside of the ring nut along with the surfaces described and shown below: fuel tank neck rim (A) pump flange top and bottom faces (B) and (C) must be thoroughly wiped clean and completely dried BEFORE re-installation. This will help prevent the pump from turning with the ring nut during final tightening. (A) Fuel Tank Rim (B) Pump Flange Top Face (C) Underside of Pump Flange • Use CAUTION to keep the fuel level sensor arm from contacting the fuel tank opening. If the arm were to become bent, the fuel gauge may not read properly. 10. CAREFULLY reinstall the fuel pump assembly into the tank in the proper position / orientation as shown below. ALWAYS use the new gasket included in the kit. Position the indexing arrow Δ between the molded-in hash marks (blue arrows) on the fuel tank. • Install the new ring nut included in the kit. The new ring nut has a triangle index mark Δ (shown in black here for illustration purposes) similar to the fuel pump to indicate the ring nut thread starting point (if needed). Pump Indexing Arrow Bulletin Number: WRG-21R; Revised: 05/17/22 Page 36 of 74 Continued… • NOTE: In a case where there is difficulty getting the ring nut threads started onto the fuel tank threads, align the starting points, install the ring nut wrench then press down firmly by hand on the ring nut wrench to “jump” the ring nut thread past the interference point. A “pop” sound will occur, the ring nut should now be parallel to the top of the fuel tank and able to be tightened by hand. See Appendix B starting on pg. 60 for more information and a video on this CRITICAL step. 11. CAUTION: SLOWLY tighten the new ring nut to 130 Nm (96 ft. lbs.) while paying close attention to make sure the fuel pump does not rotate along with the ring nut. If the pump were to turn more than 45 degrees, the fuel level sensor will likely be damaged. When properly tightened, the index mark on the ring nut Δ should align with the fuel pump indexing arrow Δ (Center Line (A). 12. CRITICAL: Using a caliper with depth gauge, measure the dimension in 3 positions between the top of the ring nut and the top of fuel tank as shown in the illustration and photo (inset) below. The difference between the three measurements cannot exceed ±1.5mm or .060 inch. CAUTION: • If the difference between any of the three measurements exceeds ±1.5mm or .060 inch, loosen and re-tighten the ring nut to correct any cross-threading. • If the ring nut or fuel pump gasket are deformed, cracked or damaged, they MUST be replaced. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 37 of 74 Continued… 13. Remove and discard the plastic temporary plug from the fuel delivery pipe and re-connect the pipe to the fuel pump outlet tube. Make sure the connector is all the way onto the outlet tube then lock the slider. Tug on the fuel delivery pipe to be sure it is fully locked in place. IMPORTANT REMINDERS: Discard the plastic fuel line plug as it is a one-time use item. Reusing the plug may damage the connector’s internal o-ring and cause a fuel leak. • Ensure both the pipe and tube are clean and dry • If the slider does not move easily, confirm the pipe is engaged on the tube • ALWAYS confirm the pipe is fully engaged after connecting and check for any leaks 14. REMINDER: Discard the removed temporary plug as it is a one-time use item. Reusing the plug may damage the connector’s internal o-ring and cause a fuel leak. 15. Reconnect the harness connector to the fuel pump. 16. Reconnect the ground cable to the battery. Torque to 7.5 Nm (5.5 ft. lbs.). 17. Turn on the ignition switch to run the fuel pump. The engine does not need to be started. Check closely for any leaks around ALL fuel delivery tube connections removed as part of this repair (including those under the hood if fuel was drained) and around the ring nut. 18. Reinstall the inspection cover. 19. Reinstall the seat cushion assembly while making sure the seat belt buckles are properly positioned. IMPORTANT NOTE: If any of the plastic clips securing the seat cushion to the body were displaced when removing the seat cushion, they MUST be replaced. 20. Perform Fuel Tank Leak Test: See APPENDIX C on pg. 62 for the procedure. 21. Return any removed fuel back to the vehicle. 22. Deodorize the vehicle interior as necessary. END OF IMPREZA SERVICE PROCEDURE Bulletin Number: WRG-21R; Revised: 05/17/22 Page 38 of 74 Continued… FUEL PUMP REPLACEMENT for ASCENT, 20MY LEGACY / OUTBACK Models: IMPORTANT PRECAUTIONS: • Place “NO OPEN FLAMES” signs near the working area. • Be careful not to spill any fuel, especially when working inside the vehicle. • Catch any leaking fuel from the removed fuel tube(s) using a small drain pan or cloths. • If the fuel level in the tank is 2/3 full or more, drain the fuel to below 2/3 full before starting • this procedure to avoid spilling any fuel. • To prevent static electricity discharge / spark, always discharge any static electricity before starting this procedure using an anti-static cord and / or touching a grounded metal part of the vehicle body (e.g. door striker). • Insure there is plenty of ventilation by opening windows of the vehicle and the service area. • ALWAYS remove the fuel cap to release any accumulated evaporative / vapor pressure. As mentioned earlier, select Fuel Filter REMOVAL in the applicable Service Manual to get the complete, detailed procedure for separating the fuel pump / filter sock from the complete fuel pump assembly. The following instructions will follow the Service Manual with additional photos to help clarify the step where applicable. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 39 of 74 Continued… 1. Park the vehicle where the work will be performed. Release the fuel pressure: • Locate and remove the fuel pump fuse in the under-hood fuse box (M/B). • Start the engine and allow it to run until it stalls. NOTE: Even after the engine stalls, there will still be a small amount of residual pressure left in the fuel system. Crank the engine another 5 seconds with the starter. 2. Enter the driver seat and lower all windows. Using the fuel gauge in the Combination Meter, check the fuel level. • If the fuel gauge shows two thirds (2/3) or more: go to STEP 3. • If the fuel gauge shows less than two thirds: go to STEP 4. (STEP 3:) The PREFERRED method for draining fuel will be to use the special adapter p.n. 42099FL030. After CAREFULLY removing the retaining bolt trim covers, CAREFULLY remove the right rear seat assembly following the procedure in the applicable Service Manual and set it aside in a safe place. REMINDER: Always protect the surrounding trim and painted surfaces when removing and reinstalling the seat assembly. Using a helper for this step is also STRONGLY recommended. Remove the section of floor mat covering the fuel pump access cover. With the access cover removed, apply a length of door edge guard, flexible tubing or electrical tape around the pump access opening as protection from cuts / abrasions from any sharp edges. Release the quick disconnect fitting at the fuel pump outlet pipe. While covering the fuel pipe with a clean shop cloth to catch any residual pressurized fuel, slide the fuel delivery pipe off the fuel pump outlet. Insert the plastic temporary plug supplied in the kit into the removed fuel delivery pipe. The one-time use temporary plug is included in the replacement fuel pump parts kit. This plug is not required if the fuel pump assembly is being replaced due to the very short disconnection time. • Connect a sufficient length of 5/16” rubber fuel hose to the male hose barb portion of the adapter fitting. Always secure it with a small hose clamp to prevent leakage. Remove the plastic plug from the adapter and connect the adapter / hose assembly to the discharge tube of the fuel pump as shown below. Put the other end of the rubber fuel hose securely into a safety container to collect the drained fuel. Once the drain hose assembly is securely in place, connect the SSM4, turn the ignition ON and from the Active test item menu, select Fuel Pump Control to operate the fuel pump. Drain the fuel tank down until the fuel gauge reads at or below 2/3 full. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 40 of 74 Continued… Remove Plug and Discard 3. While holding the battery sensor firmly with one hand to avoid damage, loosen and disconnect the ground terminal and harness connector. REMINDER: ALWAYS remove the fuel tank filler cap to release any remaining vapor pressure. 4. If not already done in STEP 3, CAREFULLY remove the retaining bolt trim covers and CAREFULLY remove the right rear second row seat assembly following the procedure in the applicable Service Manual. ALWAYS disconnect the seat heater connection (if equipped) before lifting the seat. IMPORTANT NOTE: the side impact sensor is under the carpeting of the center seating area. Avoid hard impacts to this area during seat removal and installation. REMINDER: Always protect the surrounding trim and painted surfaces when removing and reinstalling the seat assembly. Using a helper for this step is also STRONGLY recommended. Set seat aside in a clean, safe place. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 41 of 74 Continued… • Remove the section of floor mat covering the fuel pump access cover. CAREFULLY remove the fuel pump access cover while paying close attention to avoid damaging the foam seal between the cover and vehicle body. Replace the seal if damaged with p.n. 96077FL00A (rare case). With the access cover removed, release the quick disconnect fitting at the fuel pump outlet pipe. While covering the fuel pipe with a clean shop cloth to catch any residual pressurized fuel, slide the fuel delivery pipe off the fuel pump outlet. Insert the one-time use plastic temporary plug into the removed fuel delivery pipe. The plug is included in the replacement fuel pump parts kit. 5. Fuel Pump Assembly Removal: • Disconnect the harness connector from the pump. • CAREFULLY using HAND TOOLS ONLY and the Ring Nut Wrench tool shown here, remove the plastic retaining ring nut securing the fuel pump assembly into the fuel tank. NOTE: Make sure the removed fuel delivery pipe is ON TOP of the tool as shown and not pinched under it. • CAREFULLY remove the fuel pump assembly from the fuel tank. Use a vacuum tool with a reservoir, squeeze bottle or an equivalent tool to remove residual fuel from the fuel chamber of the pump assembly along with a small catch pan to prevent spilling fuel as the pump assembly is removed. IMPORTANT: Do not let the fuel level sensor arm or float contact the tank opening during removal. • IMPORTANT NOTE: Ascent has a jet pump fuel tube connection to the fuel chamber inside the fuel tank. When removing this line, if desired, it can be secured either with tape or a piece of Mechanic’s wire under the connector slider to keep it from dropping inside the fuel tank. • Once the fuel pump assembly has been removed, install the applicable plastic plug tool into the fuel tank opening to prevent contamination from entering the tank and fuel vapors from accumulating in the vehicle interior. If the plug is not available, cover the opening with a clean shop cloth. The plug is not required when replacing the complete fuel pump assembly due to the very short time the tank will be open for that repair. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 42 of 74 Continued… 6. After disconnecting the pump and sending unit harness connectors from the underside of the top flange, CAREFULLY remove the fuel sending unit from the pump chamber. IMPORTANT: If any damage e.g. distorted or melting plastic connectors, overheated wiring or terminals is identified, the harness MUST be replaced. Release the retaining clip (a plastic trim tool is being used here) and slide the sending unit upward. NEVER touch the contact surface of the sending unit and use care to avoid bending or otherwise damaging the float arm and contact point. • CAREFULLY disconnect both the fuel pump and fuel sending unit harness connectors and remove the wiring from the retaining clips. Note the wire routing prior to disassembly for reference during reassembly. • Compress the spring (fuel filter assembly) and remove / discard the (one-time use) c-clip. • IMPORTANT: When releasing the retaining claws as described in the following steps, move them only as far as needed to disengage them. If any break, the affected component must be replaced. • Using a screwdriver wrapped with protective tape (or equivalent), release the retaining claw • for the tube at the bottom of the fuel chamber then disengage the fuel tube from the outside of the outside of the chamber. • CAREFULLY disengage three claws of the fuel pump holder from the fuel chamber assembly. Remove the fuel pump and filter assembly from the chamber. • Using a screwdriver wrapped with protective tape (or equivalent), remove the tube assembly from the fuel chamber assembly, and separate the fuel filter assembly and fuel chamber assembly as shown below. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 43 of 74 Continued… • After separating the fuel filter from the fuel chamber assembly, inspect the fuel chamber to confirm the o-ring is not still in the bore as shown here. If the o-ring remains, use a rubber -tipped or plastic (non-marring) pick tool to CAREFULLY remove it without scratching the fuel chamber bore. • Remove the fuel pump holder then disengage the 3 claws securing the fuel pump to the filter assembly. • Using the flat tip screwdriver (or equivalent) wrapped with a protective tape, press on the fuel pump and remove the fuel pump from the fuel filter assembly. • IMPORTANT: Confirm the o-ring is not stuck in the fuel filter bore after removing the fuel pump. If needed, use a rubber-tipped or plastic (non-marring) pick tool to CAREFULLY remove it without scratching the filter assembly bore. Plastic Non-Marring Pick Tool • Transfer the white plastic spacer (B) to the new pump and install the new o-ring (A) from the kit to hold the spacer in place. It is CRITICAL for the bushing and NEW o-ring to be installed on the new pump in the proper order. Always lubricate the new o-rings with gasoline. IMPORTANT: Remove the o-ring and spacer from the original fuel pump. The spacer is reused. Put the removed pump in a vise and crush it as shown here to eliminate any chance of it being reused. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 44 of 74 Continued… 7. Install the new fuel pump into the fuel filter assembly. Using the image here as a guide, lay the partially reassembled pump assembly on the bench horizontally and insert the new pump into the fuel filter assembly. Using both hands, CAREFULLY press the new pump and filter assemblies together until a “click” is heard from ALL of the new fuel pump’s retaining claws. If the new pump does not fully seat and lock into position, make sure the old o-ring (A) is not still in the bore as shown above. See Appendix A starting on pg. 57 for more information and a video on this CRITICAL step. 8. Leak test the fuel pump assembly to confirm there is no leaks PRIOR TO reinstalling the assembly into the fuel tank. Using the Redline Smoke Pro, apply approximately 0.45PSI (3.1Kpa) to the pump assembly as shown. Confirm the applied pressure can be held for 10 seconds. If the pressure can be held, continue with installation. If pressure cannot be held, check the jet pump seating and o-ring condition. If the pump does not pass the leak test and disassembly is required, it is IMPORTANT to never reuse the one-time use o-ring. 9. Install the fuel filter assembly to the fuel chamber assembly. Position tube (A) and spring (B) for the fuel filter assembly as shown in the figure. • Confirm the fuel tube routing and make sure all the claws securing the fuel chamber to the fuel filter assembly are fully engaged as shown in the photos shown below. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 45 of 74 Continued… NOTE: In the images below, a section of the fuel chamber has been cut away to make the fuel pipe routing visible for reference. Normally, these fuel pipes are inside the chamber and not visible except at the top. ALWAYS inspect closely for any seepage or leaks around ALL fuel delivery tube connections removed as part of this repair (including those under the hood if fuel was drained) and around the ring nut. • Secure the fuel tube to the outside of the fuel chamber and reconnect it at the bottom. • Push the fuel filter assembly in the direction of the arrow to compress, and install the new clip supplied in the kit. 10. CAREFULLY refit the fuel level sensor assembly to the fuel chamber. Put the (thinner) fuel lever sensor wires into the 2 retaining clips first followed by the fuel pump wires IN THAT ORDER. IMPORTANT: Confirm this fuel hose runs UNDER the retaining claw when installing the pump / filter assembly back into the fuel chamber as shown here. Retaining Claw Bulletin Number: WRG-21R; Revised: 05/17/22 Page 46 of 74 Continued… 11. CRITICAL: ALL surfaces of the new pump assembly o-ring, top gasket, underside of the ring nut along with the surfaces described and shown below: fuel tank neck rim (A) pump flange top and bottom faces (B) and (C) must be thoroughly wiped clean and completely dried BEFORE re-installation. This will help prevent the pump from turning with the ring nut during final tightening. (A) Fuel Tank Rim (B) Pump Flange Top Face (C) Underside of Pump Flange • Use CAUTION to keep the fuel level sensor arm from contacting the fuel tank opening. If the arm were to become bent, the fuel gauge may not read properly. 12. CAREFULLY reinstall the fuel pump assembly into the tank using the new gasket included in the kit. • CRITICAL: DO NOT OVERLOOK RECONNECTING THE JET PUMP FUEL TUBE AT THE BOTTOM OF THE FUEL CHAMBER. • After connecting the jet pump fuel tube, CAREFULLY lower the fuel pump assembly into the tank and in the orientation shown in the photo below. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 47 of 74 Continued… IMPORTANT: This photo shows the NEW ring nut and (Blue) seal plate included in the kit already in place. The ASCENT ring nut thread starting point is identified by the 3 “teeth” close together (RED circled). Align the center (Green) tooth (position mark) with the triangle Δ mark between the molded-in hash marks on the tank (Blue arrows). Pump Indexing Arrow • IMPORTANT: ALWAYS use the new gasket and blue ring nut seal plate included in the kit. The photo above shows the thread STARTING POINTS for the ring plate and fuel tank. There is a second set of molded-in hash marks 90 degrees CLOCKWISE from the starting point hash marks which are the FINISHING POINT (End Range) hash marks shown as (c) in the illustration below. See Appendix B starting on pg. 60 for more information and a video on this CRITICAL step. • IMPORTANT: Before tightening the ring nut: ○ Make sure the fuel delivery tube is ON TOP of the tool and not pinched under it ○ Make sure the tool fits down fully and squarely onto the ring nut. • Using the ring nut tool, and the illustrations below as a guide, SLOWLY tighten the ring nut ONE FULL TURN then continue until (b) is within the range of the End Range hash marks (c). NOTE: (b) MUST be within the End Range hash marks for the ring nut to be fully tightened. • CRITICAL: While tightening the ring nut, make sure the fuel pump does not rotate with the ring nut otherwise, the fuel level sensor and the jet pump fuel tube may become damaged. Always keep the Pump Indexing Arrow; (e) below and the fuel tank ring nut start mark (a) below aligned. STARTING POINT MARKS END RANGE MARKS Front of Vehicle Bulletin Number: WRG-21R; Revised: 05/17/22 Page 48 of 74 Continued… Front of Vehicle LEGEND FOR THE ABOVE ILLUSTRATIONS: (a) Ring nut installation position start mark (on fuel tank) (b) Position mark (on ring nut) (c) Ring nut installation position end range hash marks (on fuel tank) (d) Fuel pump installation position range hash marks (on fuel tank) (e) Position (Index) mark (for fuel pump) (f) Toward FRONT of vehicle • NOTE: In a case where there is difficulty getting the ring nut threads started onto the fuel tank threads, align the starting points, install the ring nut wrench then press down firmly by hand on the ring nut wrench to “jump” the ring nut thread past the interference point. A “pop” sound wil occur, the ring nut should now be parallel to the top of the fuel tank and able to be tightened normally. CRITICAL: Using a caliper with depth gauge, measure the dimension in 3 positions between the top of the ring nut and the top of fuel tank as shown in the illustration below. Confirm the measured values of dimensions (D) are 23.8 ± 2.5 mm (0.937±0.098 in.). LEGEND: (A) Caliper with depth gauge (B) Ring nut (C) Fuel tank (D) Dimension of ring nut and (E) top of fuel tank (F) Measuring point (G) Toward FRONT of vehicle Bulletin Number: WRG-21R; Revised: 05/17/22 Page 49 of 74 Continued… CAUTION: • If the difference between any of the three measurements exceeds ±1.5mm or .060 inch, loosen and re-tighten the ring nut to correct any cross-threading. • If the ring nut or fuel pump gasket are deformed, cracked or damaged, they MUST be replaced. • Remove and discard the plastic temporary plug from the fuel delivery pipe and re-connect the pipe to the fuel pump outlet tube. Make sure the connector is all the way onto the outlet tube then lock the slider. Tug on the fuel delivery pipe to be sure it is fully locked in place. IMPORTANT REMINDERS: Discard the removed temporary fuel line plug as it is a one-time use item. Reusing the plug may damage the connector’s internal o-ring and cause a fuel leak. • Ensure both the pipe and tube are clean and dry • If the slider does not move easily, confirm the pipe is engaged on the tube • ALWAYS confirm the pipe is fully engaged after connecting and check for any leaks 13. Reconnect the harness connector to the fuel pump. 14. Reconnect the ground cable and harness connector to the battery sensor. While supporting the sensor with one hand, torque the 12mm ground cable nut to 7.5 Nm (5.5 ft. lbs.). 15. Turn on the ignition switch to run the fuel pump. The engine does not need to be started. Check closely for any leaks around ALL fuel delivery tube connections removed as part of this repair (including those under the hood if fuel was drained) and around the ring nut. 16. Reinstall the inspection cover. 17. Reinstall the r/rear second row seat and trim in reverse order of removal. Torque the retaining bolts to 53 Nm (39 ft. lbs.) Make sure the seat belt buckles are properly positioned. 18. Perform Fuel Tank Leak Test: See APPENDIX C on pg. 62 for the procedure. 19. Return any removed fuel back to the vehicle. 20. Deodorize the vehicle interior as necessary. END OF ASCENT, 20MY LEGACY / OUTBACK SERVICE PROCEDURE Bulletin Number: WRG-21R; Revised: 05/17/22 Page 50 of 74 Continued… FUEL PUMP REPLACEMENT TIPS FOR 2018-19MY BRZ The procedure for replacing the fuel pump on BRZ is very similar to other models. The major differences are described here: • The BRZ uses a resin type tank. The fuel pump assembly is secured with a threaded locking ring (ring nut) similar to Impreza and Ascent instead of a top plate secured by the studs and nuts used on Legacy and Outback. The special tool required for the BRZ ring nut is 42099CA000. A ½-inch drive breaker bar and torque wrench are to be use in conjunction with the special ring nut wrench. All one-time use parts are provided in the BRZ parts kit. FUEL PUMP ASSEMBLY COMPONENT BREAKDOWN BRZ REAR SEAT MOUNTING POINTS RING NUT WRENCH 42099CA000 • NOTE: The fuel access cover on the BRZ is sealed differently than other models. The BRZ uses butyl tape instead of a foam gasket. This will require the use of a protective sheet supplied in the fuel pump kit for BRZ. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 51 of 74 Continued… Removal of the Fuel Pump • Using a plastic trim tool CAREFULLY, remove the cover without bending or damaging the sealing surfaces. Separate the harness from the cover and store the cover outside the vehicle. This will help prevent the spread of butyl tape within the interior. When reinstalling the cover and additional butyl tape is required, 3M TM Windo-Weld TM Ribbon Sealer #08610 can be used. Door Edge Guard Butyl Tape 42099CA02 • Installation of the protective door edge guard around the service hole along with the supplied protective sheet (42099CA020) is required to prevent the spread of butyl tape. • Remove the ring nut with hand tools along with special tool # 42099CA000. Replacement of the Fuel Pump • Special attention is required regarding the jet pump o-ring. The o-ring is a one-time use part and is supplied within the BRZ parts kit. Remove the o-ring from the fuel chamber using a rubber-tipped or plastic (non-marring) pick tool to CAREFULLY remove it without scratching the bore. A small amount of engine oil can be use when installing the new o-ring onto the jet pump. Always confirm the o-ring is correctly seated. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 52 of 74 Continued… • Confirm the fuel pump harness is routed correctly. Install the thinner fuel lever sensor wires into the two retaining clips before installing the larger pump wiring. • Leak test the fuel pump assembly to confirm there are no leaks PRIOR TO reinstalling the assembly into the fuel tank. Using the Redline Smoke Pro, apply approximately 0.45PSI (3.1Kpa) to the pump assembly as shown. Confirm the applied pressure can be held for 10 seconds. If the pressure can be held, continue with installation. If pressure cannot be held, check the jet pump seating and o-ring condition. If the pump does not pass the leak test and disassembly is required, it is IMPORTANT to never reuse the one-time use o-ring. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 53 of 74 Continued… Installing the Fuel Pump Assembly • A different type gasket is used for BRZ. • Clean the gasket contact surfaces. Then install the gasket and fuel pump assembly as shown below. Ring Nut Marking: • Match the center index marking of the fuel tank with the fuel pump assembly as shown below. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 54 of 74 Continued… • Install the new plate (sealing) ring on top of the pump assembly followed by the ring nut. • Align the markings as shown (in yellow) below to ensure the proper thread starting point for the ring nut. Turn the ring nut approximately one full rotation by hand. Take special care to not allow the pump assembly to turn while tightening the ring nut. • Using special tool #42099CA000, torque the ring nut to 85Nm (62.7 ft-lbs.). Bulletin Number: WRG-21R; Revised: 05/17/22 Page 55 of 74 Continued… Height Adjustment Checks: • CRITICAL: The height measurement check MUST be performed as a final check to confirm the ring nut is not cross-threaded. The height measurement is similar to other models except, the BRZ requires the ring nut wrench to be installed while performing the measurement. 60mm should be measured in 3 positions around the ring wrench as shown below. Measure from the top of the ring wrench to the top surface of the fuel tank. Continue to: Fuel Tank Leak Test (APPENDIX C) END OF TIPS FOR 2018-19MY BRZ MODELS CLAIM REIMBURSEMENT AND ENTRY PROCEDURES: Credit to perform this recall will be based on properly completed repair order information. Retailersmay submit claims through Subarunet.com. Labor Description Model Labor Operation # Labor Time Fail Code Claim Code WRG-21 Fuel Pump Kit Replacement BRZ B186-903 1.0 WRG-21 RC IMPREZA B186-903 1.0 ASCENT B186-903 1.2 LEGACY & OUTBACK B186-903 1.0 FORESTER B186-903 1.0 WRX B186-903 1.0 Up to 1/3 Tank Fuel Drained ALL C186-908 0.2 Bulletin Number: WRG-21R; Revised: 05/17/22 Page 56 of 74 Continued… CALIFORNIA “VEHICLE EMISSION RECALL – PROOF OF CORRECTION” CERTIFICATE The California Air Resources Board and the Department of Motor Vehicles Registration/Recall Program requires that all emission related Recall/Campaign or Service Program repairs be completed before a vehicle registration is renewed. Please provide owners of vehicles registered in the state of California a completed “Vehicle Emission Recall – Proof of Correction” certificate. Vehicle owners should be advised to retain this certificate because the California Department of Motor Vehicles may require they provide proof this service program repair has been completed. Additional certificates are available through normal parts ordering channels using part number MSA6P1301. Quantity 1 = 1 booklet of 50 certificates. SERVICE PROGRAM IDENTIFICATION LABEL: Type or print the necessary information on a Campaign Identification Label. The completed label should be attached to the vehicle’s upper radiator support. Additional labels are available through normal parts ordering channels. The part number is MSA6P1302, which comes as one sheet of 20 labels. Part Number Applicability Description Order Quantity MSA6P1302 All Models Campaign Completion Labels (contains one sheet of 20 labels) 1 IMPORTANT REMINDERS: a. SOA strongly discourages the printing and/or local storage of service information as previously released information and electronic publications may be updated at any time. b. Always check for any open recalls or campaigns anytime a vehicle is in for servicing. c. Always refer to STIS for the latest service information before performing any repairs. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 57 of 74 Continued… APPENDIX A Replacement Fuel Pump Component Installation Tips These tips have been assembled to help Technicians successfully complete these repairs quickly and accurately by identifying and clarifying specific repair areas which could lead to concerns after reassembly. These conditions may include fuel supply concerns resulting from o-rings that are: • Damaged or torn • Out of position, pinched or stretched • Improperly installed in relation to the bushing (o-ring and bushing positions reversed). CRITICAL STEP: After removing the original fuel pump component from the filter housing, ALWAYS confirm the original o-ring either came out with the pump or, it is removed from its bore BEFORE atempting to install the new fuel pump as shown here. Both the illustration and picture below show the proper configuration of the fuel pump, bushing and o-ring prior to reassembly. The new o-ring is positioned for proper sealing on top of the bushing. A – NEW O-Ring Supplied in the Parts Kit B – Bushing (Reused from Original Pump) The images below are snapshots from a video which shows how the o-ring can become compromised when repeated attempts are made to press / force the new fuel pump back into the filter housing. A small “window” was cut into the filter housing used here to visually demonstrate how when repeated attempts are made to get the new pump to engage the retaining claws of the original filter housing, the o-ring can become dislodged from the fuel pump outlet tube and damaged. The new o-ring shown below has been colored YELLOW to make it easier to see. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 58 of 74 Continued… Three prime reasons for Technicians to have difficulties with getting the new pump to fully seat / latch back into the filter housing properly are: • The original fuel pump o-ring is still in place in the filter housing bore • The new o-ring was not properly lubricated with gasoline prior to attempting the reassembly • Repeated attempts to get the pump fully seated have caused the o-ring to come of f the outlet tube of the fuel pump as shown below. CRITICAL TIP: Align and press the new fuel pump FIRMLY, SQUARELY and STRAIGHT intothe filter housing in ONE smooth, continuous motion. VERY IMPORTANT: When pressing the fuel pump into the filter housing, if it does not seat properly with all the retaining clips “clicking” into position MUST be removed from the filter housing, the bushing and o-ring “reset” and the o-ring re-lubricated before trying again. Do this with each attempt to assemble until successful. If the o-ring becomes pinched, stretched or otherwise damaged, it MUST be replaced. VERY IMPORTANT REMINDER: When installing the new fuel pump into the filter hopusing, it is CRITICAL to press the new fuel pump FIRMLY SQUARELY and STRAIGHT into the filter housing in ONE smooth, continuous motion. Misalignment will prevent the o-ring from seating squarely in the bore and when the hand pressure is released to try again, the o-ring can easily become dislodged from the fuel pump outlet tube resulting in the mis-alignment shown above and in the illustrations below. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 59 of 74 Continued… The RED circles represent a cross-section of the o-ring. The new fuel pump is being pressed firmly and squarely into the filter housing bore and successfully “clicks” into place. Here, the new fuel pump is being pressed into the filter housing bore at an angle which will likely result in the outlet tube butting against the shoulder of the bore the o-ring seals against followed by repeat attempts which often end up with the o-ring becoming dislodged. Installation video of the new fuel pump component into the filter housing Bulletin Number: WRG-21R; Revised: 05/17/22 Page 60 of 74 Continued… APPENDIX B Ascent and Impreza Fuel Pump Assembly Ring Nut Installation Tip Fig. 1 shows the Ring Nut installed on the tank threads but crossthreaded / mis-aligned. Attempting to tighten the Ring Nut with the tool when mis-aligned like this will likely damage the threads on both parts. Fig. 2 shows the Special Tool installed onto the Ring Nut making the mis-alignment easier to identify before attempting to tighten it. Figs. 3 & 4 show the Special Tool is installed onto the Ring Nut then, a firm, sharp, straight downward force being applied to the tool to “jump” the threads resulting in proper alignment and start to a normal, successful tightening procedure. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 61 of 74 Continued… Hints for getting the new retaining Ring Nut threads video properly engaged onto the fuel tank threads. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 62 of 74 Continued… APPENDIX C Fuel Tank Leak Test • The Fuel Tank Leak Test MUST be performed on ALL models after fuel pump replacement has been performed. This will confirm proper sealing of the fuel tank chamber. (STEP :1) Using the Redline Detection Smoke Pro (RDL-95-0051), apply 3.1kpa (0.45 PSI) at the vent tube. Check to ensure the pressure is retained for 10 seconds. Is the pressure retained? YES – The inspection is complete. Reassemble the removed parts in the reverse order. NO – The pressure is not retained. Possible improper installation of the gasket, ring nut or fuel pump upper plate is suspected. Check the installation condition and replace any damaged part(s) with new. Re-install correctly and perform this inspection again. Bulletin Number: WRG-21R; Revised: 05/17/22 Page 63 of 74 Continued… APPENDIX D IMPORTANT: Be sure to use CAUTION when tightening the upper plate to the metal fuel tank. If the fuel pump harness is not routed correctly, the harness can become pinched between the sealing surfaces of the tank. This can cause possible fuel and/or fuel vapor leakage. EXAMPLES of INCORRECT fuel pump harness routing: If the fuel pump harness is routed as described in the example images above, the harness can become pinched between the fuel tank and the gasket. This can cause a small leak that may be difficult to detect with an air leak test. EXAMPLES of INCORRECT sealing between the gasket and fuel tank: Bulletin Number: WRG-21R; Revised: 05/17/22 Page 64 of 74 Continued… EXAMPLES of CORRECT fuel pump harness routing: The Harness MUST be routed through the upper and lower clamps correctly as shown in the example images above. This will ensure proper sealing of the fuel tank and gasket. URGENT IMPORTANT SAFETY RECALL This notice applies to the VIN below Subaru of America, Inc PO Box 9103 Camden, NJ 08101-9877 844-373-6614 www.subaru.com Subaru Safety Recall WRG-21 NHTSA Recall ID 21V-587 September 2021 Dear Subaru Owner: This notice is sent to you in accordance with the National Traffic and Motor Vehicle Safety Act. SUBARU OF AMERICA, INC. has decided that a defect, which relates to motor vehicle safety, exists in certain 2019-2020 model year Ascent, 2018-2019 model year BRZ, 2018 model year turbo Forester, 2018-2020 model year Impreza, 2018-2020 model year Legacy, 2018-2020 model year Outback, and 2018-2019 model year WRX vehicles. You received this notice because our records indicate that you currently own one of these vehicles. REASON FOR THIS SAFETY RECALL Your vehicle may be equipped with a low-pressure fuel pump assembled with an impeller that may become deformed. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low-pressure fuel pump to become inoperative. SAFETY RISK If the low-pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. An inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. WHAT SUBARU WILL DO Subaru will replace the fuel pump at no cost to you. What You Should Do You should contact any authorized Subaru retailer (dealer) for an appointment to have this safety recall repair performed, at no cost to you. HOW LONG WILL THE REPAIR TAKE? The time required to replace the fuel pump for Ascent vehicles is approximately 1 hour and 45 minutes. The time required to replace the fuel pump for BRZ, Forester, Impreza, Legacy, Outback, and WRX vehicles is approximately 1 hour and 15 minutes. Your retailer can provide you with a better estimate of the overall time for this service visit, as it may be necessary to make your vehicle available for a longer period of time for scheduling purposes. For your convenience, your retailer may provide you with a loaner or rental vehicle, at no cost to you, until the repair is complete. CALIFORNIA REGISTERED OWNERS The California Air Resources Board requires that emission related campaigns be completed prior to California’s vehicle registration renewal process; without this repair, you will not be able to register your vehicle during your next annual registration. Upon completion of this campaign, your California dealer will complete and provide you a “Proof of Correction Certificate.” If required, present the certificate to the California Department of Motor Vehicles (the “DMV”) when renewing your California registration as proof of campaign completion. If the DMV does not request the certificate, we recommend that you keep it for your records. In addition, the State of California requires that every vehicle must pass an emission test (SMOG Check) every two years and before it is sold. Without the repair we are providing at no charge, your vehicle may not pass this test. OWNER INFORMATION Government regulations require that recall notifications be sent to the last known owner of record. That information is based primarily on state registration and title data. If you are a lessor of this vehicle, federal regulations require you to forward this notice to your lessee within ten days. If you have moved or sold your vehicle, please update this information online at www. subaru.com, select ‘Customer Support,’ then select ‘Address Update’ or ‘Ownership Update’ from the “Quick Links” menu. IF YOU HAVE PREVIOUSLY PAID FOR A REPAIR If you have already paid for repairs associated with this condition, you may be eligible for reimbursement. Reimbursement consideration will be based on the amount an authorized Subaru retailer in your area would charge for the same repair. Please send the original service repair order, which has the name of the repair facility, date of repair, mileage at the time of repair, complete 17-digit vehicle identification number (VIN), and your name, with correct mailing address and telephone number to the address listed below: Subaru of America, Inc. Customer Advocacy Department, Attention: WRG-21 Recall P.O. Box 9103, Camden, NJ 08101-9877 Please send original receipts only and retain a photocopy for your records. Please be assured that we will attempt to process your reimbursement request as quickly as possible, but it may take up to 60 days for this process to be completed. IF YOU NEED FURTHER ASSISTANCE: To locate the nearest Subaru retailer, you can access our website at www.subaru.com and select ‘Find a Retailer.’ For additional information, please go to: http://www.wrg21.service-campaign.com. If you need additional assistance, please contact us directly: • By e-mail: Go to www.subaru.com and select “Customer Support” • By telephone: 1-844-373-6614 Monday through Friday between 8:00 a.m. and 7:00 p.m. ET • By U.S. Postal mail: Write us at Subaru of America, Inc. Attn: Customer Advocacy Department P.O. Box 9103, Camden, NJ 08101-9877 To subscribe to the NHTSA Recall Notification email System, please go to: https://wwwodi. nhtsa.dot.gov/nhtsa/subscriptions. Please contact us immediately if the Subaru retailer fails or is unable to make the necessary repairs free of charge. You may also contact the Administrator, National Highway Traffic Safety Administration (NHTSA), 1200 New Jersey Ave., SE, Washington, DC 20590 or call the toll-free Vehicle Safety Hotline at 1-888-327-4236 (TTY: 1-800-424-9153) or go to http://www.safercar. gov if you believe the Subaru retailer has failed or is unable to remedy your vehicle without charge within a reasonable amount of time. Your continued satisfaction with your Subaru is important to us. Please understand that we have taken this action in the interest of your safety and your vehicle’s proper operation. We sincerely apologize for any inconvenience this matter may cause and urge you to schedule an appointment as soon as possible. Sincerely, Subaru of America, Inc. A subsidiary of SUBARU CORPORATION URGENT IMPORTANT SAFETY RECALL This notice applies to the VIN below Subaru of America, Inc PO Box 9103 Camden, NJ 08101-9877 844-373-6614 www.subaru.com Subaru Safety Recall WRG-21 NHTSA Recall ID 21V-587 September 2021 Interim Notification Dear Subaru Owner: This notice is sent to you in accordance with the National Traffic and Motor Vehicle Safety Act. SUBARU OF AMERICA, INC. has decided that a defect, which relates to motor vehicle safety, exists in certain 2020 model year turbo Legacy and Outback vehicles. You received this notice because our records indicate that you currently own one of these vehicles. REASON FOR THIS SAFETY RECALL Your vehicle may be equipped with a low-pressure fuel pump assembled with an impeller that may become deformed. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low-pressure fuel pump to become inoperative. SAFETY RISK If the low-pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. An inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. WHAT YOU SHOULD DO Subaru is in the process of acquiring the parts necessary to perform this repair, and expects to have a sufficient supply available in November. Once there is a sufficient supply of parts available, Subaru will contact you again by mail advising you to proceed with scheduling an appointment with your Subaru retailer (dealer). WHAT SUBARU WILL DO Once parts are available, Subaru will replace the fuel pump at no cost to you. OWNER INFORMATION Government regulations require that recall notifications be sent to the last known owner of record. That information is based primarily on state registration and title data. If you are a lessor of this vehicle, federal regulations require you to forward this notice to your lessee within ten days. If you have moved or sold your vehicle, please update this information online at www.subaru. com, select ‘Customer Support,’ then select ‘Address Update’ or ‘Ownership Update’ from the “Quick Links” menu. IF YOU HAVE PREVIOUSLY PAID FOR A REPAIR If you have already paid for repairs associated with this condition, you may be eligible for reimbursement. Reimbursement consideration will be based on the amount an authorized Subaru retailer in your area would charge for the same repair. Please send the original service repair order, which has the name of the repair facility, date of repair, mileage at the time of repair, complete 17-digit vehicle identification number (VIN), and your name, with correct mailing address and telephone number to the address listed below: Subaru of America, Inc. Customer Advocacy Department, Attention: WRG-21 Recall P.O. Box 9103, Camden, NJ 08101-9877 Please send original receipts only and retain a photocopy for your records. Please be assured that we will attempt to process your reimbursement request as quickly as possible, but it may take up to 60 days for this process to be completed. IF YOU NEED FURTHER ASSISTANCE: To locate the nearest Subaru retailer, you can access our website at www.subaru.com and select ‘Find a Retailer.’ For additional information, please go to: http://www.wrg21.service-campaign.com. If you need additional assistance, please contact us directly: • By e-mail: Go to www.subaru.com and select “Customer Support” • By telephone: 1-844-373-6614 Monday through Friday between 8:00 a.m. and 7:00 p.m. ET • By U.S. Postal mail: Write us at Subaru of America, Inc. Attn: Customer Advocacy Department P.O. Box 9103, Camden, NJ 08101-9877 To subscribe to the NHTSA Recall Notification email System, please go to: https://www-odi. nhtsa.dot.gov/ nhtsa/subscriptions. Please contact us immediately if the Subaru retailer fails or is unable to make the necessary repairs free of charge. You may also contact the Administrator, National Highway Traffic Safety Administration (NHTSA), 1200 New Jersey Ave., SE, Washington, DC 20590 or call the toll-free Vehicle Safety Hotline at 1-888-327-4236 (TTY: 1-800-424-9153) or go to http://www.safercar.gov if you believe the Subaru retailer has failed or is unable to remedy your vehicle without charge within a reasonable amount of time. Your continued satisfaction with your Subaru is important to us. Please understand that we have taken this action in the interest of your safety and your vehicle’s proper operation. We sincerely apologize for any inconvenience this matter may cause and urge you to schedule an appointment once you are notified that parts are available to have this repair performed. Sincerely, Subaru of America, Inc. A subsidiary of SUBARU CORPORATION URGENT IMPORTANT SAFETY RECALL This notice applies to the VIN below Subaru of America, Inc PO Box 9103 Camden, NJ 08101-9877 844-373-6614 www.subaru.com Subaru Safety Recall WRG-21 NHTSA Recall ID 21V-587 October 2021 Dear Subaru Owner: This notice is sent to you in accordance with the National Traffic and Motor Vehicle Safety Act. SUBARU OF AMERICA, INC. has decided that a defect, which relates to motor vehicle safety, exists in certain 2020 model year turbo Legacy and Outback vehicles. You previously received a letter informing you of this recall, stating that remedy parts were not yet available. This letter is to inform you that parts are now available. REASON FOR THIS SAFETY RECALL Your vehicle may be equipped with a low-pressure fuel pump assembled with an impeller that may become deformed. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low-pressure fuel pump to become inoperative. SAFETY RISK If the low-pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. An inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. WHAT SUBARU WILL DO Subaru will replace the fuel pump at no cost to you. WHAT YOU SHOULD DO You should contact any authorized Subaru retailer (dealer) for an appointment to have this safety recall repair performed, at no cost to you. HOW LONG WILL THE REPAIR TAKE? The time required for this repair is approximately 1 hour and 15 minutes. Your retailer can provide you with a better estimate of the overall time for this service visit, as it may be necessary to make your vehicle available for a longer period of time for scheduling purposes. For your convenience, your retailer may provide you with a loaner or rental vehicle, at no cost to you, until the repair is complete. CALIFORNIA REGISTERED OWNERS The California Air Resources Board requires that emission related campaigns be completed prior to California’s vehicle registration renewal process; without this repair, you will not be able to register your vehicle during your next annual registration. Upon completion of this campaign, your California dealer will complete and provide you a “Proof of Correction Certificate.” If required, present the certificate to the California Department of Motor Vehicles (the “DMV”) when renewing your California registration as proof of campaign completion. If the DMV does not request the certificate, we recommend that you keep it for your records. In addition, the State of California requires that every vehicle must pass an emission test (SMOG Check) every two years and before it is sold. Without the repair we are providing at no charge, your vehicle may not pass this test. OWNER INFORMATION Government regulations require that recall notifications be sent to the last known owner of record. That information is based primarily on state registration and title data. If you are a lessor of this vehicle, federal regulations require you to forward this notice to your lessee within ten days. If you have moved or sold your vehicle, please update this information online at www.subaru. com, select ‘Customer Support,’ then select ‘Address Update’ or ‘Ownership Update’ from the “Quick Links” menu. IF YOU HAVE PREVIOUSLY PAID FOR A REPAIR If you have already paid for repairs associated with this condition, you may be eligible for reimbursement. Reimbursement consideration will be based on the amount an authorized Subaru retailer in your area would charge for the same repair. Please send the original service repair order, which has the name of the repair facility, date of repair, mileage at the time of repair, complete 17-digit vehicle identification number (VIN), and your name, with correct mailing address and telephone number to the address listed below: Subaru of America, Inc. Customer Advocacy Department, Attention: WRG-21 Recall P.O. Box 9103, Camden, NJ 08101-9877 Please send original receipts only and retain a photocopy for your records. Please be assured that we will attempt to process your reimbursement request as quickly as possible, but it may take up to 60 days for this process to be completed. IF YOU NEED FURTHER ASSISTANCE: To locate the nearest Subaru retailer, you can access our website at www.subaru.com and select ‘Find a Retailer.’ For additional information, please go to: http://www.wrg21.service-campaign.com. If you need additional assistance, please contact us directly: • By e-mail: Go to www.subaru.com and select “Customer Support” • By telephone: 1-844-373-6614 Monday through Friday between 8:00 a.m. and 7:00 p.m. ET • By U.S. Postal mail: Write us at Subaru of America, Inc. Attn: Customer Advocacy Department P.O. Box 9103, Camden, NJ 08101-9877 To subscribe to the NHTSA Recall Notification email System, please go to: https://www-odi. nhtsa.dot.gov/nhtsa/subscriptions. Please contact us immediately if the Subaru retailer fails or is unable to make the necessary repairs free of charge. You may also contact the Administrator, National Highway Traffic Safety Administration (NHTSA), 1200 New Jersey Ave., SE, Washington, DC 20590 or call the toll-free Vehicle Safety Hotline at 1-888-327-4236 (TTY: 1-800-424-9153) or go to http://www.safercar.gov if you believe the Subaru retailer has failed or is unable to remedy your vehicle without charge within a reasonable amount of time. Your continued satisfaction with your Subaru is important to us. Please understand that we have taken this action in the interest of your safety and your vehicle’s proper operation. We sincerely apologize for any inconvenience this matter may cause and urge you to schedule an appointment once you are notified that parts are available to have this repair performed. Sincerely, Subaru of America, Inc. A subsidiary of SUBARU CORPORATION

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OMB Control No.: 2127-0004 Part 573 Safety Recall Report 21V-587 The information contained in this report was submitted pursuant to 49 CFR §573 Manufacturer Name : Subaru of America, Inc. Submission Date : AUG 10, 2021 NHTSA Recall No. : 21V-587 Manufacturer Recall No. : WRG-21 Manufacturer Information : Manufacturer Name : Subaru of America, Inc. Address : One Subaru Drive Camden NJ 08103 Company phone : 844-373-6614 Population : Number of potentially involved : 165,026 Estimated percentage with defect : 1 % Vehicle Information : Vehicle 1 : 2018-2020 Subaru Impreza Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Impreza 4-Door vehicles. The number of potentially affected Impreza 4-Door vehicles is 8,525. Production Dates : MAY 07, 2018 – MAY 31, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 2 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 2 : 2018-2020 Subaru Impreza Vehicle Type : LIGHT VEHICLES Body Style : STATIONWAGON Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Impreza Stationwagon vehicles. The number of potentially affected Impreza Stationwagon vehicles is 19,580. Production Dates : MAY 03, 2018 – MAY 31, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 3 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 3 : 2019-2020 Subaru Ascent Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2019-2020 model year Ascent SUV vehicles. The number of potentially affected Ascent SUV vehicles is 22,831. Production Dates : JAN 14, 2019 – MAY 20, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 4 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 4 : 2018-2020 Subaru Legacy Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Legacy 4-Door vehicles. The number of potentially affected Legacy 4-Door vehicles is 15,257. Production Dates : JUN 25, 2018 – SEP 27, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 5 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 5 : 2018-2020 Subaru Outback Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Outback SUV vehicles. The number of potentially affected Outback SUV vehicles is 80,148. Production Dates : JUN 25, 2018 – SEP 27, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 6 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 6 : 2018-2019 Subaru BRZ Vehicle Type : LIGHT VEHICLES Body Style : 2-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year BRZ 2-Door vehicles. The number of potentially affected BRZ 2-Door vehicles is 2,409. Production Dates : APR 06, 2018 – NOV 06, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 7 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 7 : 2018-2019 Toyota 86 Vehicle Type : LIGHT VEHICLES Body Style : 2-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year Toyota 86 2-Door vehicles. The number of potentially affected Toyota 86 2-Door vehicles is 3,660. Production Dates : APR 06, 2018 – NOV 05, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 8 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 8 : 2018-2018 Subaru Forester Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018 model year Forester SUV vehicles. The number of potentially affected Forester SUV vehicles is 2,010. Production Dates : APR 20, 2018 – AUG 07, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 9 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 9 : 2018-2019 Subaru WRX Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year WRX 4-Door vehicles. The number of potentially affected WRX 4-Door vehicles is 10,606. Production Dates : APR 20, 2018 – NOV 01, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Description of Defect : Description of the Defect : The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. For included vehicle models where longer solvent drying time has not been identified as a cause, functionality of the fuel pump controller (FPC) combined with a lower density impeller may lower the resistance to interference between the impeller and the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. FMVSS 1 : NR FMVSS 2 : NR Description of the Safety Risk : If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of Part 573 Safety Recall Report 21V-587 Page 10 The information contained in this report was submitted pursuant to 49 CFR §573 a crash. Description of the Cause : Certain impeller production lots may have a lower impeller density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. Low pressure fuel pumps manufactured between March 2018 and March 2019 may have an impeller produced under both conditions, resin density and exposure to solvent drying for longer periods of time. If equipped, the fuel pump controller can adjust the rotational speed of the fuel pump impeller. This variability in rotational speed could affect the interference point between the impeller and the body of the fuel pump on certain vehicles. Identification of Any Warning that can Occur : Illumination of the check engine warning light or malfunction indicator light, and/or rough engine running may occur. Involved Components : Component Name 1 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022CA000 Component Name 2 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AJ140 Component Name 3 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022FL02A Component Name 4 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022FL02B Part 573 Safety Recall Report 21V-587 Page 11 The information contained in this report was submitted pursuant to 49 CFR §573 Component Name 5 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AN00A Component Name 6 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022XC01A Component Name 7 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL00A Component Name 8 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL00B Component Name 9 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL01A Component Name 10 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL01B Supplier Identification : Component Manufacturer Name : Denso International America, Inc. Address : 24777 Denso Drive Southfield Michigan 48033 Part 573 Safety Recall Report 21V-587 Page 12 The information contained in this report was submitted pursuant to 49 CFR §573 Country : United States Chronology : Chronology of defect provided via separate attachment. Description of Remedy : Description of Remedy Program : For all of the potentially affected vehicles, Subaru dealers will replace the low pressure fuel pump (Component Name: PUMP WITH FILTER) with an improved part at no cost. Subaru will provide reimbursement to owners for repairs according to the general plan submitted in May 2020. How Remedy Component Differs from Recalled Component : Remedy components have a fuel pump impeller with a higher density. Identify How/When Recall Condition was Corrected in Production : The supplier began using the fuel pump with filter with a higher density impeller in July 2019. Recall Schedule : Description of Recall Schedule : Owner notification will occur within 60 days. Dealer notification is scheduled to begin on or about August 2, 2021. Planned Dealer Notification Date : AUG 02, 2021 – AUG 02, 2021 Planned Owner Notification Date : SEP 13, 2021 – SEP 27, 2021 * NR – Not Reported

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OMB Control No.: 2127-0004 Part 573 Safety Recall Report 21V-587 The information contained in this report was submitted pursuant to 49 CFR §573 Manufacturer Name : Subaru of America, Inc. Submission Date : AUG 25, 2021 NHTSA Recall No. : 21V-587 Manufacturer Recall No. : WRG-21 Manufacturer Information : Manufacturer Name : Subaru of America, Inc. Address : One Subaru Drive Camden NJ 08103 Company phone : 844-373-6614 Population : Number of potentially involved : 175,968 Estimated percentage with defect : 1 % Vehicle Information : Vehicle 1 : 2018-2020 Subaru Impreza Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Impreza 4-Door vehicles. The number of potentially affected Impreza 4-Door vehicles is 8,525. Production Dates : MAY 07, 2018 – MAY 31, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 2 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 2 : 2018-2020 Subaru Impreza Vehicle Type : LIGHT VEHICLES Body Style : STATIONWAGON Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Impreza Stationwagon vehicles. The number of potentially affected Impreza Stationwagon vehicles is 19,580. Production Dates : MAY 03, 2018 – MAY 31, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 3 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 3 : 2019-2020 Subaru Ascent Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2019-2020 model year Ascent SUV vehicles. The number of potentially affected Ascent SUV vehicles is 22,831. Production Dates : JAN 14, 2019 – MAY 20, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 4 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 4 : 2018-2020 Subaru Legacy Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Legacy 4-Door vehicles. The number of potentially affected Legacy 4-Door vehicles is 17,487. Production Dates : JUN 25, 2018 – OCT 18, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 5 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 5 : 2018-2019 Subaru WRX Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year WRX 4-Door vehicles. The number of potentially affected WRX 4-Door vehicles is 10,606. Production Dates : APR 20, 2018 – NOV 01, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 6 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 6 : 2018-2019 Subaru BRZ Vehicle Type : LIGHT VEHICLES Body Style : 2-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year BRZ 2-Door vehicles. The number of potentially affected BRZ 2-Door vehicles is 2,409. Production Dates : APR 06, 2018 – NOV 06, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 7 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 7 : 2018-2019 Toyota 86 Vehicle Type : LIGHT VEHICLES Body Style : 2-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year Toyota 86 2-Door vehicles. The number of potentially affected Toyota 86 2-Door vehicles is 3,660. Production Dates : APR 06, 2018 – NOV 05, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 8 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 8 : 2018-2018 Subaru Forester Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018 model year Forester SUV vehicles. The number of potentially affected Forester SUV vehicles is 2,010. Production Dates : APR 20, 2018 – AUG 07, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 9 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 9 : 2018-2020 Subaru Outback Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Outback SUV vehicles. The number of potentially affected Outback SUV vehicles is 88,860. Production Dates : JUN 25, 2018 – OCT 18, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Description of Defect : Description of the Defect : The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. For included vehicle models where longer solvent drying time has not been identified as a cause, functionality of the fuel pump controller (FPC) combined with a lower density impeller may lower the resistance to interference between the impeller and the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. FMVSS 1 : NR FMVSS 2 : NR Part 573 Safety Recall Report 21V-587 Page 10 The information contained in this report was submitted pursuant to 49 CFR §573 Description of the Safety Risk : If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of a crash. Description of the Cause : Certain impeller production lots may have a lower impeller density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. Low pressure fuel pumps manufactured between March 2018 and March 2019 may have an impeller produced under both conditions, resin density and exposure to solvent drying for longer periods of time. If equipped, the fuel pump controller can adjust the rotational speed of the fuel pump impeller. This variability in rotational speed could affect the interference point between the impeller and the body of the fuel pump on certain vehicles. Identification of Any Warning that can Occur : Illumination of the check engine warning light or malfunction indicator light, and/or rough engine running may occur. Involved Components : Component Name 1 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022CA000 Component Name 2 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AJ140 Component Name 3 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022FL02A Component Name 4 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022FL02B Part 573 Safety Recall Report 21V-587 Page 11 The information contained in this report was submitted pursuant to 49 CFR §573 Component Name 5 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AN00A Component Name 6 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022XC01A Component Name 7 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL00A Component Name 8 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL00B Component Name 9 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL01A Component Name 10 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL01B Supplier Identification : Component Manufacturer Name : Denso International America, Inc. Address : 24777 Denso Drive Southfield Michigan 48033 Part 573 Safety Recall Report 21V-587 Page 12 The information contained in this report was submitted pursuant to 49 CFR §573 Country : United States Chronology : Chronology of defect provided via separate attachment. Description of Remedy : Description of Remedy Program : For all of the potentially affected vehicles, Subaru dealers will replace the low pressure fuel pump (Component Name: PUMP WITH FILTER) with an improved part at no cost. Subaru will provide reimbursement to owners for repairs according to the general plan submitted in May 2020. How Remedy Component Differs from Recalled Component : Remedy components have a fuel pump impeller with a higher density. Identify How/When Recall Condition was Corrected in Production : The supplier began using the fuel pump with filter with a higher density impeller in July 2019. Recall Schedule : Description of Recall Schedule : Owner notification will occur within 60 days. Dealer notification is scheduled to begin on or about August 2, 2021. Planned Dealer Notification Date : AUG 02, 2021 – AUG 02, 2021 Planned Owner Notification Date : SEP 13, 2021 – SEP 27, 2021 * NR – Not Reported

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OMB Control No.: 2127-0004 Part 573 Safety Recall Report 21V-587 The information contained in this report was submitted pursuant to 49 CFR §573 Manufacturer Name : Subaru of America, Inc. Submission Date : JUL 29, 2021 NHTSA Recall No. : 21V-587 Manufacturer Recall No. : WRG-21 Manufacturer Information : Manufacturer Name : Subaru of America, Inc. Address : One Subaru Drive Camden NJ 08103 Company phone : 844-373-6614 Population : Number of potentially involved : 165,026 Estimated percentage with defect : 1 % Vehicle Information : Vehicle 1 : 2018-2019 Subaru BRZ Vehicle Type : LIGHT VEHICLES Body Style : 2-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year BRZ 2-Door vehicles. The number of potentially affected BRZ 2-Door vehicles is 2,409. Production Dates : APR 06, 2018 – NOV 06, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 2 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 2 : 2018-2020 Subaru Impreza Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Impreza 4-Door vehicles. The number of potentially affected Impreza 4-Door vehicles is 8,525. Production Dates : MAY 07, 2018 – MAY 31, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 3 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 3 : 2018-2020 Subaru Impreza Vehicle Type : LIGHT VEHICLES Body Style : STATIONWAGON Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Impreza Stationwagon vehicles. The number of potentially affected Impreza Stationwagon vehicles is 19,580. Production Dates : MAY 03, 2018 – MAY 31, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 4 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 4 : 2019-2020 Subaru Ascent Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2019-2020 model year Ascent SUV vehicles. The number of potentially affected Ascent SUV vehicles is 22,831. Production Dates : JAN 14, 2019 – MAY 20, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 5 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 5 : 2018-2020 Subaru Legacy Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Legacy 4-Door vehicles. The number of potentially affected Legacy 4-Door vehicles is 15,257. Production Dates : JUN 25, 2018 – SEP 27, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 6 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 6 : 2018-2020 Subaru Outback Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have an impeller produced under both conditions, lower density and exposure to solvent drying for longer periods of time. The recall population includes certain 2018-2020 model year Outback SUV vehicles. The number of potentially affected Outback SUV vehicles is 80,148. Production Dates : JUN 25, 2018 – SEP 27, 2019 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 7 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 7 : 2018-2019 Toyota 86 Vehicle Type : LIGHT VEHICLES Body Style : 2-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year Toyota 86 2-Door vehicles. The number of potentially affected Toyota 86 2-Door vehicles is 3,660. Production Dates : APR 06, 2018 – NOV 05, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 8 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 8 : 2018-2018 Subaru Forester Vehicle Type : LIGHT VEHICLES Body Style : SUV Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018 model year Forester SUV vehicles. The number of potentially affected Forester SUV vehicles is 2,010. Production Dates : APR 20, 2018 – AUG 07, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Part 573 Safety Recall Report 21V-587 Page 9 The information contained in this report was submitted pursuant to 49 CFR §573 Vehicle 9 : 2018-2019 Subaru WRX Vehicle Type : LIGHT VEHICLES Body Style : 4-DOOR Power Train : GAS Descriptive Information : -Description of the issue: The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density and a fuel pump controller. For the affected vehicles, this combination may lower the resistance to interference between the impeller and the body of the fuel pump. -The basis for how the recall population was determined: Potentially affected vehicles were identified using vehicle production records and supplier part production records. -How the recalled products differ from products that were not included in the recall: Included in this recall are vehicles potentially equipped with a low pressure fuel pump manufactured between March 2018 and March 2019 which may have a lower impeller density and are used on vehicles equipped with a FPC. The recall population includes certain 2018-2019 model year WRX 4-Door vehicles. The number of potentially affected WRX 4-Door vehicles is 10,606. Production Dates : APR 20, 2018 – NOV 01, 2018 VIN Range 1 : Begin : NR End : NR Not sequential Description of Defect : Description of the Defect : The affected vehicles may be equipped with a low pressure fuel pump produced during a specific timeframe that may include an impeller which has been manufactured with a lower density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. These cracks may lead to excessive fuel absorption, resulting in impeller deformation. Over time, the impeller may become deformed enough to interfere with the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. For included vehicle models where longer solvent drying time has not been identified as a cause, functionality of the fuel pump controller (FPC) combined with a lower density impeller may lower the resistance to interference between the impeller and the body of the fuel pump, potentially causing the low pressure fuel pump to become inoperative. FMVSS 1 : NR FMVSS 2 : NR Description of the Safety Risk : If the low pressure fuel pump becomes inoperative, the check engine warning light or malfunction indicator light may illuminate, and/or the engine may run rough. In the worst case, an inoperative fuel pump may result in the engine stalling without the ability to restart the vehicle, increasing the risk of Part 573 Safety Recall Report 21V-587 Page 10 The information contained in this report was submitted pursuant to 49 CFR §573 a crash. Description of the Cause : Certain impeller production lots may have a lower impeller density. If the surface of the lower density impeller is exposed to solvent drying for longer periods of time, it may develop fine cracks. Low pressure fuel pumps manufactured between March 2018 and March 2019 may have an impeller produced under both conditions, resin density and exposure to solvent drying for longer periods of time. If equipped, the fuel pump controller can adjust the rotational speed of the fuel pump impeller. This variability in rotational speed could affect the interference point between the impeller and the body of the fuel pump on certain vehicles. Identification of Any Warning that can Occur : Illumination of the check engine warning light or malfunction indicator light, and/or rough engine running may occur. Involved Components : Component Name 1 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022CA000 Component Name 2 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AJ140 Component Name 3 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022FL02A Component Name 4 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022FL02B Part 573 Safety Recall Report 21V-587 Page 11 The information contained in this report was submitted pursuant to 49 CFR §573 Component Name 5 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AN00A Component Name 6 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022XC01A Component Name 7 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL00A Component Name 8 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL00B Component Name 9 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL01A Component Name 10 : Pump with Filter Component Description : Pump with Filter Component Part Number : 42022AL01B Supplier Identification : Component Manufacturer Name : Denso International America, Inc. Address : 24777 Denso Drive Southfield Michigan 48033 Part 573 Safety Recall Report 21V-587 Page 12 The information contained in this report was submitted pursuant to 49 CFR §573 Country : United States Chronology : Chronology of defect provided via separate attachment. Description of Remedy : Description of Remedy Program : For all of the potentially affected vehicles, Subaru dealers will replace the low pressure fuel pump (Component Name: PUMP WITH FILTER) with an improved part at no cost. How Remedy Component Differs from Recalled Component : Remedy components have a fuel pump impeller with a higher density. Identify How/When Recall Condition was Corrected in Production : The supplier began using the fuel pump with filter with a higher density impeller in July 2019. Recall Schedule : Description of Recall Schedule : Owner notification will occur within 60 days. Dealer notification is scheduled to begin on or about August 2, 2021. Planned Dealer Notification Date : AUG 02, 2021 – AUG 02, 2021 Planned Owner Notification Date : SEP 13, 2021 – SEP 27, 2021 * NR – Not Reported

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