2014 SEAT Leon 2.0L Diesel · FP64 OSF

The vehicle is currently roadworthy, though the maintenance history reveals a pattern of reactive rather than proactive care. While the most recent test in October 2025 at 166,894 miles passed with no defects, suggesting a recent period of stability, the preceding years show a consistent trend of failing tests due to avoidable consumable wear. The overall trend indicates that the previous owners only addressed mechanical issues when necessitated by an impending MOT failure. At 166,894 miles over twelve years, the car has covered a high mileage, averaging approximately 14,000 miles per year. This consistent usage explains the accelerated wear on braking and suspension components. The accumulation remained steady between October 2021 (111,876 miles) and August 2024 (154,538 miles), where the vehicle covered over 42,000 miles in just three years. This rate of travel places significant strain on the drivetrain and suspension assemblies, which is evidenced by the recurring mechanical notes across the various test intervals. A buyer must conduct a close inspection of the suspension system, as oil misting on the shock absorbers was flagged as early as 2019 and persisted through 2022. The braking system also shows a history of neglect, with thin pads, lipped discs, and a seized parking brake mechanism noted in 2021. The buyer should verify that all four tyre components have been recently replaced, as the 2024 failure highlighted multiple structural tyre defects including exposed cords, suggesting that basic maintenance was often ignored until the point of failure. Structural integrity regarding the offside rear wheel arch and door is a long-term concern, with damage recorded in almost every annual test since 2020. While these have not yet resulted in structural failures, the persistent damage warrants checking for hidden corrosion or rust originating from these impact areas. Given the high mileage and the history of failing on bulbs and wipers, a thorough mechanical check of the undercarriage and lighting systems is essential to ensure no deeper mechanical faults are developing.