2010 Peugeot Partner 1.6L Petrol · SF10 HJC

The vehicle is currently roadworthy but the maintenance trend indicates a reactive rather than proactive approach to repairs. The most recent test on 2 May 2025 at 217,408 miles showed an initial failure due to a blown nearside front bulb and thin front brake pads. While the vehicle passed after these adjustments, the recurrence of failures for basic consumable items suggests the owner only addresses mechanical issues when they are imminent of a test failure. At 16 years old with 217,408 miles, this Peugeot Partner has covered an average of approximately 13,600 miles per year. This represents high usage for a light commercial vehicle, placing significant stress on the drivetrain and suspension. Between December 2022 and May 2024, the vehicle covered 20,872 miles in just seventeen months, indicating a period of very intensive use. Such rapid mileage accumulation puts accelerated wear on the engine, suspension bushings, and braking components, which is reflected in the frequency of component failures noted in the record. A buyer must conduct a thorough physical inspection of the front end and drivetrain to account for historical wear. The December 2022 test flagged a severely deteriorated offside rear CV boot and exhaust leaks, both of which should be checked for secondary damage or further structural corrosion. The May 2024 failure for a tyre with exposed cords further highlights a history of neglecting tyre safety, necessitating a full depth and condition check of all remaining rubber. Additionally, the 2025 advisory regarding thin front brake pads indicates the braking system is nearing its next service interval. Given the high mileage and age, the structural integrity of the chassis and mounting points should be the priority, as these are common failure points on vans of this era. The absence of rear seats during the May 2025 test suggests the vehicle is being used strictly in a commercial capacity, which often involves heavy loads that further strain the rear suspension and brakes. Inspect for signs of fluid leaks and excessive exhaust smoke to ensure the high-mileage usage has not led to terminal mechanical fatigue.