JF2BUPAD6TY5823282026 SUBARU OutbackPremium
2026 SUBARU Outback was analyzed across NHTSA recalls, owner complaints, crash test data, and public auction records. 21 owner complaints include 4 reported injuries, indicating real-world safety incidents beyond normal wear.
Executive Summary
2026 SUBARU Outback
2026 SUBARU Outback was analyzed across NHTSA recalls, owner complaints, crash test data, and public auction records. 21 owner complaints include 4 reported injuries, indicating real-world safety incidents beyond normal wear.
- 4 injuries reported across 21 owner complaints
- Complaint rate is accelerating — issues appear to be getting worse, not better
- Engine or platform shared with models that have documented failure issues
21 owner complaints filed — top areas: Other (43%), Electrical (24%), Suspension/Wheels (14%). 1 crash reported.
Title Brand Check
Mined from auction damage fields and listing titles — not a DMV title history pull
No auction records available. Title brand status could not be verified — request title history from seller or state DMV.
Vehicle Specifications
Decoded from NHTSA vPIC database
- Make
- SUBARU
- Model
- Outback
- Year
- 2026
- Trim / Series
- Premium
- Body Style
- Sport Utility Vehicle [SUV]/Multipurpose Vehicle [MPV]
- Vehicle Type
- MULTIPURPOSE PASSENGER VEHICLE (MPV)
- Drive Type
- AWD/All-Wheel Drive
- Fuel Type
- Gasoline
- Engine
- 4-cyl 2.5L 180 hp
- Transmission
- Continuously Variable Transmission (CVT)
- Doors
- 4
- Manufacturer
- SUBARU CORPORATION
- Assembly
- SHOYACHO, OTA, GUNMA PREFECTURE, JAPAN
- Curb Weight
- 3,968 lbs
- GVWR
- Class 1D: 5,001 - 6,000 lb (2,268 - 2,722 kg)
Assembly Plant Quality
Plant: SHOYACHO, OTA, GUNMA PREFECTURE
No specific quality data available for this plant. No documented recall or complaint concentrations on record.
Safety Intelligence
Composite analysis from NHTSA recall, complaint, and crash data
✓ No high-risk recall components found
- ⚠21 complaints on a 0-year-old vehicle — unusually high
Lemon law eligibility depends on state law, number of repair attempts, and days out of service. Consult an attorney for actual eligibility.
2.5L FB25: documented oil consumption and piston ring wear — Subaru extended warranty programs issued
Driver Assistance Features
ADAS equipment data from NHTSA vPIC database
Deferred Failure Risk
Vehicle-specific risks from this model-year's complaint record, known defects, and service milestones
Owners of the 2026 SUBARU Outback report electrical issues more than most other systems. Complaints concentrated in one area often signal a systemic weakness worth a targeted pre-purchase inspection.
Owners of the 2026 SUBARU Outback report suspension/wheels issues more than most other systems. Complaints concentrated in one area often signal a systemic weakness worth a targeted pre-purchase inspection.
NHTSA Safety Recalls
CLEAR1 in 5 complaints involved an injury — significantly above average, indicating real-world safety incidents.
Complaint Intelligence
21 complaints analyzed across 7 system categories
Unknown Or Other leads owner complaints (33%), most reported when the vehicle was under 1 yr old. Also common: Electrical System (29%), Forward Collision Avoidance (19%).
Based on 21 complaints with a reported incident date. Too few owners cited mileage (2) to report a reliable failure-mileage range.
⚠ Complaint rate is accelerating — issue may be getting worse
43% of complaints filed in Oct & Jun — may indicate temperature-sensitive or weather-related failures.
Owner Complaints
HIGH VOLUME21 safety complaints filed with NHTSA
I experienced a serious loss of vehicle stability while driving a redesigned 2026 Subaru Outback provided as a loaner by Subaru of Port Richey, Florida. I was traveling approximately 70 mph on the highway in windy conditions. The pavement was completely dry. While making a necessary evasive lane change to avoid a road hazard, the rear of the vehicle began swinging from side to side uncontrollably. The maneuver was not unusually aggressive, yet the vehicle exhibited severe fishtailing, similar to the behavior of an improperly loaded trailer. I was forced to countersteer aggressively multiple times to regain control. The rear continued oscillating through several corrections before the vehicle finally stabilized. I have extensive experience driving different vehicles, including trucks, SUVs, and performance cars. I have never experienced this degree of instability from a modern vehicle during a comparable maneuver. I believe a less experienced driver could have lost control entirely, potentially resulting in a serious or fatal crash. Afterward, I discovered reports from other 2026 Subaru Outback owners describing similar rear-end instability, swaying, and fishtailing at highway speeds, particularly in windy conditions. I am concerned that the redesigned Outback may have a handling or directional-stability issue that warrants further investigation. IMPORTANT VEHICLE IDENTIFICATION NOTE: This was a dealership loaner, not my personal vehicle. The VIN associated with this report is a possible match identified through dealership inventory, but I cannot confirm that it belongs to the exact vehicle I drove. The correct VIN should be verified through Subaru of Port Richey's loaner records.
I am requesting that NHTSA investigate the potential safety implications of Subaru of America’s decision to disable connected safety services for [XXX] residents. My 2026 Subaru Outback, purchased outside [XXX], where its connected services were available and functional. After relocating to [XXX] as part of a military family, I lost access to these services due to Subaru’s restrictions related to the state’s Right to Repair law. My primary concern is the potential loss of critical safety features, including Automatic Collision Notification and SOS Emergency Assistance. These services are designed to connect vehicle occupants with emergency assistance following a serious collision or other emergency, particularly when a driver is injured or unable to call for help. I am concerned that disabling these capabilities based solely on a customer’s state of residence could create an unnecessary safety risk and delay emergency response. I understand this is a regulatory dispute, but I believe the safety implications deserve independent review. I am requesting that NHTSA investigate whether Subaru’s deactivation of these services creates an unreasonable risk to vehicle occupants and determine whether corrective action is warranted. Vehicle occupants should not lose access to emergency-response capabilities because of a disagreement over state regulations. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)
The blue EyeSight Assist Monitor indicator lights on my 2026 Subaru Outback Touring XT do not illuminate as described in the owner’s manual. According to the 2026 Subaru Outback EyeSight Owner’s Manual (page 251), the EyeSight Assist Monitor LEDs should illuminate in the sequence Blue → Yellow → Red → Green during the startup self-check. However, the blue indicators consistently fail to illuminate, while the other indicator colors illuminate. The blue indicators also do not provide the expected visual status information during operation of the Hands-Free Assist system. This creates a safety concern because I cannot reliably see the intended visual indication of the driver-assistance system’s status. I experienced a near-miss situation in which the absence of the expected blue visual indication contributed to confusion about the system’s status. The problem has been repeatedly observed, including during a check conducted with dealership personnel. I have brought this nearly new vehicle to an authorized Subaru dealership twice for the same issue. Despite my specific report that the blue indicators do not illuminate, the dealership initially stated that the vehicle was operating as designed, relying in part on an assessment of Hands-Free Assist functionality rather than providing a documented diagnosis addressing the blue indicators themselves. The dealership subsequently agreed to arrange further inspection by its shop foreman after I escalated the concern to the manufacturer. However, I have not received a satisfactory technical explanation or confirmation that the blue indicators are functioning as specified. The vehicle remains available for inspection. I have videos and photographs documenting the indicator issue, as well as communications with the dealership and service records. I am concerned that the failure of these visual indicators could prevent drivers from recognizing important changes in driver-assistance system status. I request that NHTSA investiga
The read passenger tire Dunlop 255/60R18 100H exploded while driving at approx. 30miles/hour. The tire did not have any punctures and did not hit any board walk. No previous warning whatsoever. A portion of the tire side broke apart, resulting in a kind of rubber tongue. The vehicle is new Subaru Outback with approx. 600 miles, one month old. The tire was changed for the spare tire and brought to the Dealership (Gerard in Naperville, IL). Issued reported in writing to Dealership and later to the Subaru Customer Advocacy Department, which opened an internal case (#XXX). Two pictures were attached to the report. I do not know, if the tire was subjected to any inspection by the dealership or the manufacturer. It was manufactured in [XXX]. The tire did not have Warranty from Subaru and I had to pay $241.02 for a new tire, incl. balance and mount. There were no symptoms or warnings prior to the event. It just exploded. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)
Brand new 2026 Outback experienced a "Sudden Unintended Acceleration / Brake Ineffectiveness. This occurred 3 times this week after the car had been driven over 90 miles or over 90 minutes. Engine and components were warmed up. Car was initially reported to dealer 10/6, car was examined by dealer and returned to me later that day.could not be replicated. Car sat at my home until today when it was driven over 90 minutes or 90 miles. Replicated failure by me same as earlier in the week . Car drivetrain felt surged. CVT fighting brake system when trying to turn car at street corner. Would not stop until on straight away ( seems to be triggered when turning and car was hot and when no power applied to engine. Only stops on straight away.. Could be related to cvt torque converter? Software glitch? Force of turning wheel?
I have owned this vehicle since January 2026. It's the first vehicle I have owned with a forward collision warning system and active emergency braking. And this is the first time this "failure" has happened, so far... On a 60mph 2 lane rural road with traffic behind me the forward collision warning system and active braking triggered of off a disabled vehicle parked safely on the side of the road on a sweeping left hand curve at 60 mph. There was nothing I could do as the vehicle actively emergency braked for no reason and unexpectedly, and the traffic behind me had to swerve into oncoming traffic to avoid colliding with me. With no automatic collision avoidance system, this situation would have NEVER occurred. In 45 years of driving I have never collided with anything in front of me and the closest to an accident I have been is due to the automatic "safety" system included in my new car. I am actively considering looking for a 10 year old replacement vehicle as these new safety systems appear to be VERY dangerous... So now I have a solution to a problem I have never had, and it has created problems I never expected and I have NO control over.
New car with only 965 miles. At 580 miles the car when I started it said safety eyesight system not working. I shut off car and restarted it and system connected itself. Today I was on highway doing 62mph and the entire dashboard, information and safety features displays went completely black without any warning. I was able to control car and system rebooted itself after a minute or so. I Contact Subaru and have a case number #260909-1500526. Called dealer and was told not to drive car and have it towed to dealership. Since I need a rental car the dealership will notify me when a rental car is available. It scared the hell out of me when it happened. I went online and see now that this is an issue Subaru is having with 2026 Outbacks (many reported) even though Subaru of America and dealership said they had not heard of any complaints.
Incident Summary: On August 23, 2026, a multi-occupant injury event occurred during routine city braking due to an inherent occupant packaging design defect in the vehicle’s front seating and sun visor layout. The vehicle exhibits a static seat-to-visor clearance of 79 cm versus a standard median adult sitting height of 95 cm, result of negative 16cm headroom clearance. During normal city deceleration (0.2g–0.4g), seatbelt inertia reels remain unlatched under FMVSS 209 tolerances, allowing normal forward upper-torso pitch. This causes adult occupants' foreheads to strike the lower edge of the stowed sun visor, resulting in head impacts, neck strain, and concussion symptoms. A service representative at Capitol Subaru personally observed the hazard during intake. Subaru Quality Assurance inspected the vehicle but closed the file by relate it to quality issue as claiming no "part manufacturing defects" exist, while ignoring the negative physical clearance envelope as saftey issue. Subaru's recommended workaround—sliding the seat back and make seat lean backward—does not eliminate visor contact during forward torso pitch and severely compromises rear-cabin legroom, causing physical leg entrapment and impact injuries to rear passengers during this same deceleration event. On the driver side, sliding rearward prevents safe operational reach to the brake and accelerator pedals, even with these saftey issue highlighted to Subaru, they keep insist to slide seat back to clear the sunvisor even with been notified multiple times that doing so, the driver cannot press the pedal and sterring wheel or reach to the control panel.
I'm new to this automotive technology. When I was introduced to the car, one of the "features" indicated was the ability to sense and slow down for curves, if the system sensed the need, when operating under the cruise control option. In testing my different options of my new car, I was using the cruise control on a 65 mph road in TX set to 60 mph. As I entered the curve the car did not slow down. This was a surprise to me. I contacted a Subaru dealer about this. I was told that my trim level did not have this "option". Before I contacted the dealer I did look in the Subaru EyeSight Drivers Assist Technology Owners Manual. On pages 280 and 281 of this manual in the Cruise Control, Pre-curve Speed Control*, ON/OFF. The *note is "if equipped". My car is not equipped. I was not informed or cautioned about this when I went through the delivery process. I did not know I did not have this feature. My complaint is this. If the car is equipped to assist steering when in cruise control, for safety, all models should come standard with the Pre-curve Speed Control. It only takes one instant for a new driver to loose control if expecting this feature to be present. I am an experienced driver. I was able to take corrective action to avoid trouble. But, I did anticipate the car to slow and was startled when it did not.
The driver’s side mirror vibrates excessively at speeds above 20 mph, causing the reflected image to become blurry and difficult to focus. This creates a safety hazard during lane changes and especially at night, when blurred headlight/taillight reflections make it hard to judge the distance and speed of approaching vehicles. I brought this to the dealership’s attention and was told the vibration is normal, but I believe this significantly impairs the mirror’s intended safety function under real driving conditions.
I was in an automatic car wash, approaching the end of the tunnel. The car was running but in neutral. I put my foot on the brake pedal and shifted into drive. As I moved the shifter, I heard a scraping sound followed by a clink sound, then the car surged forward and accelerated toward a stone wall directly ahead. I turned hard right as I hit and held the brakes. I missed the wall but hit a pickup truck that was coming up the drive. My car hit the left front fender of the truck with my left front fender. The truck, which appears to have been "lifted" rode over the top of my fender and both vehicles scraped down the left side of each other. I finally got the car stopped some distance beyond the truck. Both vehicles had to be towed away from the scene. My car is currently in the Caliber repair shop with nearly $23,000 damage. The Knox County Sheriff's office responded but they did not file a report as the incident took place on private property. Even so, the Deputy did interview both drivers and several witnesses in front of his body camera. I understand those videos are maintained at the Sheriff's office.
See attached letter
See attached letter
I have a Suburu Outback 2026.. I was driving 30 mph on a country highway in Monroe, Michigan when my sun roof tempered glass window exploded upward... it sounded like a shotgun went off in my car… the Suburu warranty claim was rejected… they determined it as “outside influence”… that caused my Sun roof window to implode… if this had happened on a highway, it may have caused a serious injury accident. Since that time, I have researched to see if other people have experienced similar incidents.. it appears that sun roof spontaneous explosions are not uncommon. This is why I am reaching out to you.
When driving in the rain, the vehicle flashed a collision warning indicator and applied the brakes as if there was an imminent collision with an object ahead, but the street ahead was completely empty - no vehicles or other objects that would warrant deploying the pre-collision braking system were present. If there were a vehicle behind me at the time, it is likely that their safety would have been put at risk when my vehicle suddenly started braking strongly for no apparent reason. The vehicle has been inspected by a Subaru dealership, who could not identify any issue. The dealer attempted to apply a software update to the EyeSight camera system that controls pre-collision braking, but was unable to apply the update. It is my belief that the camera-based EyeSight system interpreted rain on the windscreen as an obstacle and erroneously deployed pre-collision braking when there was no actual hazard ahead.
DRIVING ON RTE 81 SOUTH IN THE AREA OF WILKES - BARRE WHEN ALL OF THE SUDDEN MY ENTIRE DASH ELECTRICAL SYSTEM WENT COMPLETELY BLACK, NOTHINGWAS SHOWING, NO GAS, NO SPEED OMETER, DATE,TIME , BLINKERS, LANE CHANGE ETC. AND THE NAVIGATION SCREEN TURNED LIME GREE. ABOUT 30 SECONDS LATER THE LIME GREEN TURNED BLACK. I HAD NO ELECTRONICS AT ALL. I WAS IN THE MIDDLE LANE DOING 55-65 AND COULD NOT SIGNAL TO PULL OVER. ABOUT 2-3 MINUTES (FELT LIKE AN ETERNITY) WENT BY AND ALL OF A SUDDEN EVERYTHING RE-APPEARED. NOTE, THE CAR DID NOT TURN OFF. I PULLED OVER, TURNED CAR OFF, WAITED A COUPLE OF MINUTES AND STARTED THE CAR AND IT NEVER DID IT AGAIN.
I am reporting a severe saftey and crash-compatibility defect on the front passenger side of the 2026 Subaru Outback Premium trim. This vehicle is equipped with a fixed-height passenger seat that is positioned unsafely high relative to the headliner and sun visor assembly. Because the seat height cannot be lowered, an adult passenger of average height sits with their head in immediate proximity to the sun visor. Under standard deployment of the vehicle brakes, forward occupant kinematics cause the passenger’s forehead to travel collide into the rigid, unyielding lower edge of the sun visor, which act as a hard/sharp parts cut the forehead and twisting the neck seriously. During a recent braking event, this lack of structural clearance caused a direct head-strike incident. The occupant’s forehead collided with the sharp bottom edge of the visor, acting as a blunt knife edge that resulted in a laceration to the forehead and a hyper-extension strain injury to the neck. This is a critical design failure where occupant safety clearance envelope was poorly designed for this elevated fixed-seat configuration. In a high-speed collision, this layout poses an imminent risk of severe facial trauma, skull fractures, or catastrophic cervical spine injuries from the visor before the seatbelt pre-tensioner can fully lock. This requires immediate investigation and a mandatory safety recall to provide height-adjustable/lower seat frames to affected vehicles.
The seatbelts in the back row when uses occasionally lock up, when driver is not hitting the breaks and it let go, then as you try to loosen the seat belt it, it retracts more and more tightening more and more to the point that it feels like there is a rope going through your neck, the only way to make seat belt loosen is to completely take it off let it fully go back to place then put it back on again. This is an intermittent issue and it does not happen every time. But it does happen often enough that once my back seat passengers had to ride without seatbelts because of it
HVAC system heating to dangerous levels and still radiating heat into the cabin even after HVAC system was turned off. To mitigate, direction was changed to feet. Temperatures of over 100 degrees F were observed for sustained periods. Issue is intermittent, however it was reproduced consistently when it was cold outside (cold being cooler than 55 degrees F). I set the temperature to 65 degrees F with the AC on and recirculate, however it didn't make a difference. When this bug happens, it puts out a lot of heat and the only way to get it to cool is to drop it to the lowest cool setting ~60 degrees. I took it in 3 times to the dealer and they said they were unable to reproduce the issue, and while it has been intermittent, I was able to frequently reproduce the issue when it was cold outside, including yesterday, 04/19/26. It does not appear to happen when it's warm outside, although it hasn't been consistently warm to be able to conclude that at this point. What is certain is that the system does not appear to be functioning as designed (which is what both the dealer and Subaru of America (SoA) claim, SoA just restating the dealer's comments). Both LaFontaine Subaru of Commerce Township, Michigan and Subaru of America have at this point ignored the issue despite me bringing it up consistently.
I bought my 2026 Subaru Outback 3/20/2026, I plugged in my FIXD sensor into the OBDII port of my new car and there was nothing available. I made an appointment with Austin Subaru to check why the OBDII port was not working and my assigned rep told me that they were having issues with all of their 2026 Subaru Outbacks, I signed in for my appointment on my arrival 4/7/2026 and the following day I was notified that I had missed my appointment. I called the Rep. and requested a call back but that did not happen. I was at the dealership no more than 15 to 20 minutes while they tried their equipment and I was told that it was not working and that I should come back at a later time. I think that they might be hiding something.
I bought a new 2026 Subaru Outback Limited XT which came with Bridgestone ECOPIA H/L 422 Plus 225/55R19 99H. Went on a trip and noticed when going 60mph and above a low humming noise and felt a vibration in the steering wheel and floor. This happens on all road surfaces, concrete, blacktop etc. Took car to the dealer, they drove it and confirmed what I was noticing, after doing a road force balance they said all (4) tires were "quote" way out of spec. They did what they could to help with the vibration, they said it's better but after driving it home it's not better by much. The service rep said this was becoming a common complaint with these Bridgestone tires. They told me Subaru is a where of the problem and they were expecting to see a TSB in the coming weeks. It's been almost a month now and no word yet about what Subaru is going to do about this issue
Legal & Regulatory Actions
Known class action lawsuits, settlements, and manufacturer extended warranty programs
5-Year Total Cost of Ownership
Estimated based on EPA fuel data, risk-adjusted maintenance, and depreciation
Estimated 5-year cost of ownership: $31,344 (~$522/mo). Repair risk buffer is standard due to vehicle risk profile.
Pre-Purchase Inspection Checklist
Tailored for the 2026 SUBARU Outback — specific failure modes your mechanic must check, not a generic list
Recall Probability Forecast
Estimated likelihood of a new recall in the next 18 months based on NHTSA signals
20% estimated recall probability — some indicators present but not alarming.
- ▸Accelerating complaint rate — increasing pressure on NHTSA to act
Maintenance Schedule
OEM-specified service intervals for this vehicle
Maintenance intervals vary significantly by make, model, year, engine, and driving conditions. Always follow the manufacturer's official schedule — not generic industry estimates.
Tip: Request the seller's service records and compare against the manufacturer schedule. Missing intervals are a negotiation point.
Insurance Cost Estimate
Estimated annual premiums based on vehicle profile, theft data, and NHTSA safety ratings
Based on 2024 national avg ($2,011/yr full coverage). Individual rates vary by driver, location & insurer. Always compare 3+ quotes.
State-Specific Legal Protections
What consumer laws apply to this vehicle purchase in your state
Select your state to see what consumer protection laws, lemon law coverage, and title disclosure requirements apply to this vehicle purchase.
Complete Data Table
All decoded fields in a single flattened view
Vehicle Identity
| VIN | JF2BUPAD6TY582328 |
| Model Year | 2026 |
| Make | SUBARU |
| Model | Outback |
| Trim | Premium |
| Series | Wagon Body Style |
| Vehicle Type | MULTIPURPOSE PASSENGER VEHICLE (MPV) |
Body & Configuration
| Body Style | Sport Utility Vehicle [SUV]/Multipurpose Vehicle [MPV] |
| Doors | 4 |
| Drive Type | AWD/All-Wheel Drive |
| Fuel Type | Gasoline |
| Transmission | Continuously Variable Transmission (CVT) |
Engine
| Engine Cylinders | 4 |
| Displacement (L) | 2.5 |
| Horsepower | 180 |
Manufacturer
| Manufacturer | SUBARU CORPORATION |
| Assembly City | SHOYACHO, OTA |
| Assembly Country | JAPAN |
VIN Structure
| WMI (Chars 1–3) | JF2 |
| Check Digit (Char 9) | 6 |
| Model Year Code (Char 10) | T |
| Plant Code (Char 11) | Y |
| Sequence (Chars 12–17) | 582328 |
Safety Data
| NHTSA Recall Count | 0 |
| NHTSA Complaint Count | 21 |
VIN Structure Decode
ISO 3779 character-by-character breakdown of this Vehicle Identification Number
Disclaimer: Data sourced from NHTSA public APIs and scraped auction listings. For informational purposes only. Not a substitute for a paid vehicle history report. Retrieved: 11/1/2026, 2:50:07 AM.