2016 SEAT Leon 1.6L Diesel · FH65 YFU

The 2016 SEAT Leon presents a stable maintenance trend, culminating in a clean pass on 26 November 2025 at 184,103 miles with zero defects recorded. This recent outcome indicates the vehicle currently meets minimum roadworthiness standards across all tested categories. A failed test occurred on 24 November 2022 at 123,746 miles, though the record shows no specific defects, suggesting an administrative failure or an aborted test rather than a mechanical fault. The subsequent pass the following day confirms the issue was rectified immediately. The absence of recurring advisories or failures in recent years points to a resolving trend of mechanical issues, with the car currently operating without flagged defects. The mileage accumulation is notably high for a vehicle of this age, averaging roughly 18,410 miles annually. Between the 2024 test on 28 November at 149,926 miles and the 2025 test on 26 November at 184,103 miles, the car covered 34,177 miles in a single year. This intense usage rate places significant stress on consumable components and the drivetrain. Prior to this, the annual increments were more moderate, rising from 123,746 miles in November 2022 to 136,646 miles in December 2023, and then to 149,926 miles in November 2024. The recent spike in usage demands a thorough evaluation of wear items. Despite the clean MOT record, the high mileage and recent rapid accumulation necessitate a rigorous physical inspection. A buyer should closely examine the suspension components, checking for worn bushes, leaking shock absorbers, and weakened coil springs, which degrade under sustained high-mileage use. Brake discs and pads require measurement for wear, while binding calipers must be ruled out through a road test. The exhaust system and underbody demand scrutiny for corrosion and structural integrity, as high annual mileage accelerates rust formation. Tyre condition and tread depth should be verified, as rapid mileage accumulation often leads to premature wear. Finally, the engine and transmission must be assessed for fluid leaks and smooth operation, ensuring the intense recent usage has not accelerated internal wear.