2016 SEAT Ateca 2.0L Diesel · YB66 FON

The vehicle remains roadworthy, with the maintenance history showing a stable trend despite minor and recurring consumable issues. The most recent test in September 2025 at 87,714 miles resulted in a pass, although the tester noted restricted access to the seat belts due to child seats and a damaged windscreen. While these issues do not indicate immediate mechanical failure, the vehicle has avoided any major mechanical or structural failures over the last five years. The car has accumulated 87,714 miles over its ten-year life, representing an average of approximately 8,771 miles per year. This usage pattern is consistent with a typical commuter vehicle. The mileage intervals between tests are regular, with roughly 14,000 miles covered between June 2022 and another 12,000 miles followed by August 2024. This steady accumulation suggests regular use rather than long periods of stagnation which can lead to internal component degradation. A buyer should focus their physical inspection on the braking system and tyre condition. The July 2023 test at 70,005 miles flagged thin front brake pads and worn discs, indicating that the braking hardware was nearing the end of its life at that time. Additionally, the 2021 entry regarding a worn offside rear tyre and the 2023 report of a nail in the nearside rear suggest that basic maintenance on consumables is occasionally deferred. The buyer must verify the current depth of all tyres and the remaining thickness of the brake pads and discs. The recurring windscreen damage noted in both the 2024 and 2025 tests warrants a close look to ensure the crack has not spread further into the driver's field of vision or compromised structural integrity. Since no corrosion-related defects or suspension failures appear in the history, the primary structure of the vehicle seems sound. However, the presence of child seats during the last inspection means the full state of the rear seat belt mechanisms was not verified, which should be checked manually for fraying or damage.