2015 Toyota Proace 1.6L Diesel · EN15 CJO

The vehicle is currently roadworthy, but the maintenance history reveals a pattern of reactive rather than preventative care. While the most recent test in August 2024 at 135,386 miles followed a failure for an excessively worn offside front suspension arm ball joint and multiple tyre defects, these issues were rectified to secure a pass. The overall trend is stable but concerning, as components appear to be addressed only once they reach the point of MOT failure, rather than being replaced during scheduled service intervals. At 135,386 miles over 11 years, this Proace has averaged approximately 12,300 miles per annum, which is consistent with a commercial-use profile. The record shows consistent usage, with nearly 8,000 miles covered between July 2023 and August 2024. However, the high mileage has placed significant strain on wear components. The April 2022 test at 125,611 miles highlighted low coolant and power steering fluid levels alongside a severely deteriorated CV boot, suggesting the vehicle has operated under heavy loads or neglect. A buyer must conduct a thorough physical inspection of the front suspension, as the repeated failures of ball joints and anti-roll bar linkages indicate accelerated wear of front-end components. The park brake efficiency recorded at just 16% in 2022 is dangerously close to the 16% legal threshold and should be tested now for current adjustment and drum wear. Furthermore, the history of DPF blockage messages and engine faults in 2022 necessitates a diagnostic scan to ensure the emissions control system remains functional despite the high-mileage operation. Given that the last MOT was conducted two years ago in August 2024, the vehicle is now overdue for a test. The previous issues with perished tyres and damaged sidewalls suggest the owner may have neglected basic consumable upkeep. Prior attention should be paid to the condition of all rubber bushes and the integrity of the cooling system, as the records previously showed signs of leaks and deterioration in these areas.