2007 SEAT Leon 1.9L Diesel · FD57 AVT

The vehicle is currently roadworthy, but the MOT record indicates a trend of worsening maintenance rather than stable upkeep. The most recent test on 2025-10-28 was passed at 115,249 miles, yet the history reveals a significant gap between the 2024-10-24 and 2023-10-13 tests where the vehicle failed on suspension components and anti-roll bars, suggesting that basic upkeep was skipped during the 2023-2024 period. This lapse in maintenance history is a critical indicator for the buyer, as it implies that the vehicle has not undergone the necessary periodic inspections required for a vehicle of this age. Regarding the mileage pattern, the vehicle has accumulated approximately 6,066 miles per year, which is consistent with its 19-year age. However, the data is sparse and lacks a clear trend of rapid accumulation; the mileage gap between the 2023 and 2024 tests is large, and the 2025 test is the only one with a clear record. This lack of a consistent upward trend in mileage suggests that the vehicle has not been used at a rate that would cause such rapid wear, but the specific failure modes in the 2023-2024 period indicate that the mechanical integrity of the drivetrain and suspension has deteriorated. The inspection must focus on the recurring faults identified in the history, particularly the suspension and anti-roll bar issues. The 2023-10-13 test flagged rear exhaust mounting defects and anti-roll bar linkages that no longer prevent dirt ingress, which are structural risks that have not been addressed. The 2024-10-24 test noted an offside handbrake grabbing, a wear pattern that suggests the vehicle has not been serviced for a long time. Given the failure of the anti-roll bars and the corrosion of suspension components, the buyer must inspect the chassis for rust, check the suspension bushings and coil springs for binding, and verify the brake discs and calipers for wear. The exhaust back box outer skin and anti-roll linkage ball joints are also at risk, requiring a professional assessment to ensure the vehicle meets current safety standards.