2008 PEUGEOT 2071.4L Diesel

The vehicle remains roadworthy but exhibits a worsening trend of mechanical neglect and reactive repairs rather than proactive maintenance. While the most recent test in October 2025 at 119,254 miles passed, it revealed multiple advisories for worn tyres, a persistent oil leak, and a frayed seat belt. The failure in October 2024 was particularly telling, involving emissions issues, a defective exhaust mounting, and insufficient tyre tread, suggesting that components are often only addressed when they reach a legal failure point. The mileage pattern is consistent with a vehicle used for low-distance commuting, averaging approximately 6,600 miles per year. The record shows a steady progression from 70,134 miles in early 2016 to 119,254 miles in late 2025. However, the interval between October 2023 and October 2024 shows a cluster of over 11,000 miles followed immediately by a failure, which may have led to the degradation of rubber components and seals that were not monitored between inspections. A buyer must conduct a close inspection of the recurring oil leaks which have been noted since at least 2017, specifically around the nearside front drive shaft oil seal identified in 2024. The history shows frequent issues with suspension components including anti-roll bar linkages, coil springs, and CV boots, indicating that the front end is prone to accelerated wear. Particular attention should also be paid to the braking system, as the nearside rear brake was flagged as excessively binding in 2021. The condition of the nearside front seat belt is a persistent concern as it has been flagged for fraying since 2021 without any recorded evidence of replacement. Given the previous failure for exhaust emissions and mounting in 2024, the entire exhaust system should be checked for corrosion or structural weakness that may not have been fully rectified. This vehicle appears to have been maintained to a minimum standard required to pass tests, which increases the likelihood of hidden wear on non-tested mechanical components.