2015 MERCEDES-BENZ C2.1L DIESEL

This 2015 Mercedes-Benz C-Class presented with a clean bill of health at its most recent MOT on 21 November 2025, recorded at 125,009 miles. However, the maintenance trend over the preceding two years reveals a notable shift. The vehicle passed with zero defects in November 2022 and November 2024, yet the November 2025 test flagged multiple advisories indicating emerging wear across the front suspension and braking systems. Both front shock absorbers are misting oil, both front suspension arm pins or bushes are worn, and all four sets of brake pads are wearing thin. While none of these items constitute an immediate failure, their simultaneous appearance suggests the car is entering a phase where front-end consumables and suspension components will require close monitoring and likely replacement in the near term. The mileage accumulation pattern tells a clear story of changing usage. Between November 2022 and November 2024, the car covered roughly 36,745 miles in two years, averaging over 18,000 miles annually. Then, in the twelve months between the November 2024 test at 107,475 miles and the November 2025 test at 125,009 miles, the odometer jumped by 17,534 miles. This is a significant uptick from the longer-term average of around 11,364 miles per year and places considerable stress on components that were already showing age-related wear. The rapid recent mileage increase makes the fresh advisories on the front suspension and brakes more concerning, as they have been subjected to accelerated use. A buyer should pay particular attention to the front suspension and braking system during any in-person inspection. The worn suspension arm bushes and oil-misting shock absorbers point to deteriorating damping and potential play in the front end, which can affect tyre wear and handling precision. The advisories on both front and rear brake pads confirm the car has been driven hard enough to consume friction material at an elevated rate. Given the fractured front coil springs that caused the November 2024 failure, the condition of the remaining springs and the vehicle's ride height should be checked carefully, as corrosion or fatigue could return. The tyre pressure monitoring system fault from the same failed test also warrants verification to ensure it has been properly repaired rather than simply reset.