2006 Renault Trafic 1.9L Diesel · KX06 ACL

The vehicle's roadworthiness status is currently unverified due to a failed MOT test on 31 December 2024 at 212,701 miles. The maintenance trend appears unstable, as the record shows a pattern of immediate failures followed by passes. Specifically, the vehicle failed in November 2022 at 193,532 miles and again in December 2023 at 210,069 miles, only to pass shortly after in both instances. This suggests a cycle of reactive maintenance where faults are addressed only to secure a certificate, rather than a proactive approach to preventative upkeep. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 10,635 miles per year. The data shows a steady progression from 193,532 miles in November 2022 to 212,701 miles by the end of 2024. This consistent usage pattern indicates the vehicle has been driven regularly rather than sitting idle for long periods. While the mileage is typical, the high total figure of 212,701 miles places significant cumulative stress on the drivetrain and suspension components. A prospective buyer must conduct a thorough physical inspection to identify the specific cause of the recent failure on 31 December 2024. Because the record lists no specific defects for that failure, the issue could range from minor consumable wear to more serious mechanical or structural concerns. Given the high mileage and the history of failures, particular attention should be paid to the structural integrity of the chassis for corrosion, the condition of the suspension bushes, and the state of the braking system. The recurring nature of the failures suggests that while the vehicle is being maintained enough to pass, it may be approaching a stage where more significant mechanical components require attention. Inspect the brake discs and calipers for uneven wear or binding, and check the exhaust system for excessive corrosion. A professional inspection of the engine and transmission is also advised to ensure the high mileage has not resulted in significant wear to the internal components.