2010 Renault Trafic 2.0L Diesel · YH10 OSX

The vehicle remains technically roadworthy but the maintenance history shows a worsening trend of mechanical wear and deferred component replacement. The most recent test in April 2026 at 94,301 miles identified multiple advisories including pitted front brake discs, worn suspension bushes, and leaking shock absorbers. While the vehicle passes, the persistence of these issues across several consecutive years suggests that repairs are only performed to the minimum standard to pass the MOT rather than as proactive preventative maintenance. At 94,301 miles, this 16-year-old Renault Trafic covers an average of approximately 5,900 miles per year. This usage pattern is consistent, with annual tests showing increments between 2,000 and 3,000 miles in the recent years. However, the low mileage often correlates with the accelerated degradation of rubber and metal components, which is evidenced by the recurring corrosion of brake pipes and the deterioration of suspension bushes and strut mounts despite the relatively low mechanical strain for a commercial vehicle of this age. A buyer must conduct a thorough physical inspection of the entire braking system, as corroded brake pipes have been a recurring failure since 2018. The tester noted grease covering these pipes in 2025 and 2026, which often masks structural thinning from rust. Furthermore, the offside front upper strut top and rear trailing arm bushes have been flagged as worn or failing across multiple tests without evidence of replacement. The light misting on the nearside front shock absorber indicates a seal failure that will likely progress to a total leak shortly. Specific attention should also be paid to the parking brake mechanism, which failed with a snapped cable and low efficiency in 2021 and only barely met requirements in 2024. The front brake discs should be checked for deep scoring which could indicate overheating or caliper damage. Given the history of split CV boots and worn ball joints, the entire front suspension assembly is nearing its limit and may require significant investment to prevent further safety-related failures.