2011 Peugeot 5008 Exclusive HDI 2.0L Diesel · CV11 DHC

A brief and unusual testing sequence characterises this Peugeot 5008, punctuated by a sudden test failure followed immediately by a clean pass within a single month in mid-2023. The official record shows a test failure on 20 May 2023, though the specific testing details do not itemise a corresponding defect, which was quickly rectified ahead of a successful pass on 20 June 2023. This is complemented by an earlier fault-free pass in January 2022 and a clean test on the most recent inspection, indicating that the car has met statutory roadworthiness standards during its observed history despite the isolated rejection. Accumulating 133,046 miles over its roughly fifteen years on the road places the vehicle at an average of approximately 8,870 miles annually, aligning closely with typical UK driving patterns for a diesel multi-purpose vehicle. However, the DVSA history provided spans a surprisingly narrow timeframe from 2022 onward, leaving a significant gap for the first decade of the vehicle's life where no test data is available in the public record. This limited historical window means that prior structural wear, historical corrosion treatments, or early drivetrain repairs remain unrecorded, requiring buyers to look closely at current physical wear rather than relying on a complete cradle-to-grave MOT narrative. Given that the recent MOT tests are entirely devoid of advisory items, the inspection must pivot toward verifying the hidden mechanical health of a high-mileage diesel powertrain and heavy chassis. During a static and dynamic evaluation, listen carefully for excessive diesel knock, irregular turbocharger spooling, or clutch slip under load, while also checking the engine bay for any oil or coolant misting around the auxiliary belts and diesel particulate filter housing. On the road, pay close attention to how the suspension handles uneven tarmac, as high-mileage family haulers frequently place heavy loads on wishbone bushes, drop links, and rear axle mountings, which can manifest as clunks over speed bumps or vague steering geometry. Apply the brakes firmly from higher speeds to test for warped discs or binding calipers, and ensure the electronic parking brake engages and releases without hesitation, as these auxiliary systems are prone to mechanical fatigue on aging platform architectures.