2006 Mercedes-Benz C 2.1L Diesel · AX06 DYP

The vehicle is currently roadworthy but the maintenance history reveals a trend of recurring suspension wear and minor electrical failures. The most recent test in February 2023 at 111,649 miles passed with advisories for a worn anti-roll bar bush and a low-edge nearside front tyre. This follows a period of mechanical instability in early 2022, where multiple anti-roll bar components required attention, suggesting that while the vehicle is maintained, it suffers from reactive rather than preventative upkeep. At a recorded 111,649 miles, the car has averaged approximately 5,500 miles per year, which is significantly lower than the UK average for its age group. The data shows a notable gap in usage, with 15,000 miles covered between January 2021 and January 2022, followed by roughly 11,500 miles over the following year. While low mileage suggests less strain on the drivetrain, infrequent use often leads to accelerated degradation of rubber components and seized hardware, which aligns with the bushing and joint issues noted in the record. A physical inspection must focus heavily on the front suspension geometry, as the history shows repeated failures of anti-roll bar ball joints, linkages, and bushes. The 2020 failure specifically highlighted a fractured offside rear coil spring and a worn lower suspension arm ball joint, indicating the front-end assembly is prone to wear. The buyer should check for play in the wheel bearings and inspect the condition of all rubber dust covers, as these have repeatedly appeared as points of failure. Given that the last MOT was conducted over three years ago, the current roadworthiness status is unverified. Significant attention should be paid to the structural integrity of the bodywork, as the 2020 report noted damaged body components and a damaged mirror. The state of the lighting units and indicators should also be verified to ensure the previous issues with repeaters and lamp aim have not deteriorated during the long interval of low mileage.