2011 SEAT Exeo 2.0L Diesel · FX11 AHV

The vehicle remains roadworthy, but the maintenance history shows a clear trend of deteriorating suspension components and deferred consumable upkeep. The most recent test in October 2025 at 69,636 miles flagged significant wear on both front anti-roll bar linkage bushes and corrosion on both rear coil springs. While the vehicle passed, the recurring nature of these issues across multiple years suggests that components are failing due to age-related degradation rather than high-mileage stress. At approximately 15 years old, the SEAT Exeo has covered exceptionally low mileage, averaging roughly 4,600 miles per year. This low usage typically implies less strain on the drivetrain, yet the record reveals a pattern of neglect regarding basic maintenance. Between January 2019 and 2022, the car covered only 14,400 miles, yet it consistently triggered advisories and failures for tyres being bald or worn close to the legal limit. This indicates that previous owners frequently waited until an MOT failure or a total failure to address essential safety items rather than following a proactive service schedule. A buyer must specifically inspect the rear suspension for further structural corrosion on the coil springs, which have been flagged since at least 2024. The tester also noted external damage to a rear shock absorber casing in 2024, which should be checked for fluid leaks that indicate imminent failure. The exhaust system has shown a history of deterioration and corrosion dating back to 2019, suggesting the silencer and heat shields are thinning and may soon require total replacement to prevent leaks. Given the repeated reports of uneven tyre wear, a professional wheel alignment check is mandatory to rule out underlying geometry issues or worn bushes. The front brake discs were noted as worn in 2024 and should be measured for thickness and surface pitting. While the low mileage is an advantage, the evidence of aging rubber and metal corrosion suggests the vehicle may have suffered from long periods of standing stationary.