2014 PEUGEOT BIPPER1.2L DIESEL

The vehicle displays a remarkably stable roadworthiness trend, having secured five consecutive clean passes without a single recorded advisory or failure. The most recent test on 19 August 2025 at 165,775 miles confirms that the core mechanical and safety systems met the required standards as of ten months ago. This consistent record suggests the vehicle has been subjected to a disciplined maintenance regime, particularly given its high-mileage status, as the lack of recurring component failures indicates that consumables have been replaced proactively rather than being left to deteriorate. The recorded mileage of 165,775 over a twelve-year period reflects an average annual usage of approximately 13,800 miles, which is significantly higher than the typical UK passenger vehicle average. The data indicates a steady, predictable accumulation of miles rather than erratic usage or long periods of inactivity. Between the October 2021 test at 161,120 miles and the most recent inspection, the vehicle has covered roughly 4,600 miles. This lower rate of usage in the final years of this record suggests the vehicle may have transitioned from heavy commercial service to lighter duty, which often reduces the stress on the drivetrain and chassis. Prospective buyers should focus their physical inspection on high-wear areas that the MOT test may not fully capture, specifically the condition of the clutch and the state of the turbocharger, which are common failure points for this engine at this mileage. While the MOT history shows no structural corrosion, a thorough check of the underside is essential to identify any hidden surface rust on the sills or floor pans that might have been overlooked. Inspect the suspension bushes and ball joints for play, as these components often reach the end of their service life on vehicles with this level of road exposure. Given the clean history, the primary concern remains the natural fatigue of heavy-duty components that are nearing the end of their expected operational lifespan.