2022 Peugeot Boxer 2.2L Diesel · LL72 AOO

A consistent record of clean roadworthiness defines this vehicle, with the most recent MOT passed on 27 October 2025 showing no recorded defects. The absence of any advisories or failures throughout the documented testing period suggests a history of meeting minimum regulatory standards without the presence of recurring mechanical issues such as corrosion, lighting failures, or suspension wear. The recorded mileage of 49,847 miles for a 2022 model indicates a higher-than-average usage profile, averaging approximately 12,462 miles per year. For a commercial vehicle like a Peugeot Boxer, this level of annual accumulation typically implies regular operational use rather than long periods of stationary storage. Mechanically, this sustained mileage means that components subject to friction and fatigue, such as the drivetrain, braking system, and suspension bushes, will have undergone more significant cycles of use compared to a low-mileage equivalent. Given the lack of specific defects or advisories in the DVSA history, a test drive should focus on verifying that the higher mileage has not resulted in premature wear of consumables. Pay close attention to the braking system for any signs of pedal judder or uneven pulling, which could indicate worn discs or binding calipers. Additionally, listen for any rhythmic knocking or clunking sounds when traversing uneven surfaces, as this would point to wear in the suspension linkages, coil springs, or shock absorbers that may not yet have reached the threshold for an MOT advisory. The operational nature of the vehicle suggests checking for any signs of fluid loss around the engine bay or under the chassis, as high-mileage diesel engines can occasionally exhibit oil misting or minor leaks from seals. Ensure the steering feels precise and free from excessive play or vibration at motorway speeds, which would help confirm the integrity of the steering rack and wheel bearings. While the MOT record is clear, these physical checks are necessary to assess the real-time condition of the mechanical components under load.