2007 Peugeot Partner 1.6L Diesel · WN56 YWU

The vehicle is currently roadworthy, but the maintenance history indicates a reactive rather than proactive ownership pattern. While the most recent test in February 2026 at 86,956 miles passed, it followed a failure just nine days prior involving multiple mechanical defects. The trend shows a recurring cycle where faults are only addressed after an MOT failure, suggesting that the owner performs the minimum work required to keep the vehicle legal rather than conducting preventative servicing. At 86,956 miles, this Peugeot Partner has exceptionally low mileage for a 2007 model, averaging approximately 4,500 miles per year. The data shows consistent low-level usage, with 5,000 miles covered between February 2024 and 2025, and another 5,265 miles between February 2025 and 2026. However, low mileage often leads to the degradation of rubber-based components and seals due to inactivity, which aligns with the recurring brake and fluid issues noted in the record. A buyer must inspect the braking system thoroughly, as the February 2026 failure highlighted imbalanced brakes across the axle and inadequate effort on the nearside rear wheel. This often indicates seized calipers or corroded brake cylinders common in low-use vehicles. The presence of a brake fluid warning lamp in the failed test suggests a potential leak or moisture contamination that needs immediate professional verification. Additionally, the persistent exhaust leak and minor oil leak noted in 2024 should be monitored to ensure they have not progressed into more significant mechanical failures. The record consistently flags a lack of tyre maintenance, with multiple tyres reaching the legal limit or showing uneven wear across 2024 and 2026. This suggests potential alignment issues or worn suspension bushes that have not been addressed. Given the age of the vehicle, a physical inspection of the chassis for structural corrosion and the suspension arm mounting points is essential, as the MOT record does not capture surface rust until it reaches a failure point.