2009 Peugeot Bipper 1.4L Diesel · AV09 THN

A seventeen year old Peugeot Bipper presenting with a mileage of 248,154 miles yet a DVSA history that, on the surface, reads as entirely clean across three documented test cycles is an unusual mechanical profile that demands closer inspection. The most recent outcome on 4 December 2025 was a pass with no advisories or failures recorded, immediately following a failed re-test the day before that similarly noted no defects, a pattern that strongly suggests a same-day rectification rather than a chronic deterioration. The earlier cycles in late November 2024 and December 2023 followed the same structure: a fail on the first attempt immediately followed by a pass the next day, again with zero defects logged. The absence of any advisory items across five recorded test entries is notable for a vehicle of this age and working van category, where suspension component wear, brake disc lipping, corrosion, and exhaust deterioration are almost routinely flagged. Whether this represents genuinely well-maintained mechanical condition or simply a vehicle submitted for test only after obvious defects have been addressed is something a buyer must determine through physical inspection. The annual mileage accumulation of approximately 14,597 miles per year is consistent with light commercial or multi-purpose use, which for a Bipper typically indicates urban delivery work, tradesman duties, or fleet shuttle operation rather than private family transport. There are no extended gaps in the MOT testing record between December 2023 and December 2025 that would suggest the vehicle was laid up off road, and the consistency of testing within the same calendar window each year implies continuous operational use throughout. High cumulative mileage on a small van platform places predictable wear demand on the clutch assembly, dual mass flywheel if fitted, turbocharger if equipped, timing chain or belt service items, and front suspension components that absorb the additional kerb weight loading associated with commercial carrying duties. The fact that none of these wear items have surfaced as advisories at test is either reassuring evidence of preventative maintenance or an indication that the vehicle has not been driven in conditions where MOT examiners would typically identify developing faults. Given that the official record contains no specific component defects to reference, a prospective purchaser should focus their pre-purchase evaluation on the areas most likely to manifest wear on a high mileage Bipper but which may have been either replaced just prior to test or remain below the examiner failure threshold. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, particularly from the anti-roll bar drop links, wishbone bushes, and front strut top mounts, all known wear items on this platform. Check for steering vagueness, pulling to one side under braking, or a pulsing brake pedal that would suggest warped front discs, as these are commonly replaced in pairs on high mileage examples. Inspect the underside thoroughly for oil misting around the engine and gearbox joints, signs of corrosion on the rear axle beam, and the condition of the exhaust downpipe and flexi section where rust perforation is typical. The dual-purpose nature of the Bipper also warrants attention to the rear suspension leaf springs or torsion beam components, the load-rated tyre specification, and the condition of the sliding side door mechanism which is prone to cable failure and misalignment with age. Request evidence of timing belt or chain replacement intervals, as a 1.3 or 1.4 unit at this mileage will be well beyond its original service schedule and component failure at this stage would be catastrophic. Verify that the brake fluid and coolant have been changed at appropriate intervals, and confirm the age of the 12 volt battery, as electrical faults are a common cause of last minute MOT failures and may explain the consistent day-of-test rectification pattern observed in the DVSA record. A compression test and diagnostic scan for stored fault codes would be prudent given the mileage, alongside a thorough inspection of the clutch bite point and any signs of slave cylinder leakage from the bell housing.