2014 PEUGEOT EXPERT2.0L Diesel

The vehicle presents a concerning maintenance trend characterized by a reactive rather than proactive approach to repairs. While it passed its most recent test in August 2025 at 152,071 miles, the immediate failure on that same day revealed multiple critical mechanical and electrical defects. The transition from a clean record in 2023 to a series of failures suggests that component wear is accelerating or that the owner is only addressing issues once they reach an MOT-failure threshold. At 152,071 miles, this twelve-year-old Peugeot Expert has covered an average of approximately 12,600 miles per year. This indicates consistent, heavy usage typical of a commercial vehicle. Between August 2023 and August 2024, the vehicle covered nearly 19,000 miles in a single year. This rapid accumulation places significant strain on the drivetrain and braking systems, which explains the recurring issues noted in the service history. A prospective buyer must scrutinise the drivetrain and steering assembly. The failure of both the nearside and offside front drive shaft CV boots in 2025, combined with a missing steering rack gaiter, indicates significant neglect of rubber components that protect internal mechanical joints. Failure to replace these promptly leads to expensive gearbox or steering rack failures. Furthermore, the noted oil leak from 2025 requires a physical inspection to determine if it is a minor sump seal failure or a more significant engine gasket issue. The braking system also shows signs of deferred maintenance. The record notes pitted front discs in 2024 followed by thin rear pads in the 2025 test, suggesting long intervals between brake services or poor component quality. The offside front brake pipe being inadequately clipped in the latest failure is a minor but relevant safety concern that must be verified as secured to prevent chafing damage. A thorough check for corrosion on the chassis is also necessary to ensure the high-mileage frame is not suffering from hidden structural degradation.