2008 Subaru Outback 3.0L Petrol · LR58 WNL

The vehicle presents a worsening maintenance trend characterized by recurring mechanical failures and deferred component replacements. While it passed its most recent test in November 2025 at 126,521 miles, the failure on that same day reveals significant underlying issues. The presence of an electronic stability control fault and an inoperative engine management light indicates complex electronic or sensor failures that have not been properly addressed. The recurrence of faults in the steering rack and braking components suggests a pattern of reactive rather than preventative vehicle care. At 126,521 miles, this 18-year-old Subaru has averaged approximately 7,000 miles per year, which aligns with typical annual usage for a vehicle of this age. The data shows consistent mileage accumulation, with 5,050 miles covered between September 2024 and November 2025. This steady usage suggests the car is driven regularly, but the high mileage places significant strain on age-related components like the suspension geometry and braking system, which are now reaching the end of their functional service lives. A physical inspection must focus heavily on the steering and braking systems. The tester specifically flagged play in both steering rack inner joints in November 2025, a critical safety item that affects handling and tyre wear. Furthermore, the front brake discs and pads have been noted as worn or pitted across multiple 2024 and 2025 tests, indicating the braking system is overdue for a complete overhaul. The heavy corrosion on the rear exhaust flanges also poses a risk of structural failure, which could lead to an emissions failure in the next test. Prospective buyers should also verify the depth of the corrosion on the exhaust system and check the integrity of the rear suspension bushes. The history of worn anti-roll bar pins and suspension arm bushes indicates that the rubber components in the underbody are degrading rapidly. Given the reported electronic faults with the stability control and engine management systems, a professional diagnostic scan is essential to ensure these are not merely sensor issues but deeper, more expensive mechanical-related malfunctions.