2017 SEAT Leon 2.0L Diesel · DA17 LZR

The vehicle is currently roadworthy, though the maintenance trend shows a shift from reactive repairs to a stable state. The most recent test on 27 August 2025 at 145,721 miles passed without defects, although the tester noted that engine under-trays were obscuring components of the engine bay underside. This follows a period of consistent passing results in 2024 and 2023, suggesting that previous mechanical issues have been addressed by the owner. The mileage profile reflects high usage for a nine-year-old vehicle, averaging approximately 16,200 miles per year. Between August 2024 and August 2025, the car covered 10,136 miles, indicating consistent and heavy annual operation. This rate of accumulation typically places significant stress on drivetrain components and consumable items such as suspension bushings and brake hardware. The intervals between tests remain regular, which suggests the vehicle has been used regularly rather than sitting for long periods. A prospective buyer must pay close attention to the front braking system, given that the August August 2023 failure at 124,330 miles flagged the nearside front service brake as excessively fluctuating. This often indicates warped or thin brake discs and sticking calipers, which should be inspected to ensure the issue remains resolved. Additionally, the 2022 advisory regarding worn tyres on the nearside rear and cracking on the offside front suggests a history of neglecting basic tyre maintenance. A thorough check of the current tyre tread depth and sidewall integrity is essential. The presence of fitted under-trays mentioned in the two most recent tests prevents a clear visual inspection of structural integrity and potential fluid leaks. An inspector should request that these covers be removed to check for corrosion on the chassis or signs of oil weeping gaskets. While the 2023 failure for body damage and a damaged mirror appears resolved, the buyer should verify that these repairs were structurally sound and did not leave any underlying weaknesses in the nearside bodywork.