2015 Mercedes-Benz C 2.1L Diesel · R19 MBP

The vehicle presents a currently roadworthy status, with the most recent test on 14 January 2026 at 102,450 miles returning a pass and no defects recorded. Maintenance trend across the available history is stable, showing four successive clean passes following an anomalous failure in early January 2023. That failure on 3 January 2023 at 81,296 miles listed no defects, and the tester issued a pass the very next day, which suggests an administrative or procedural anomaly rather than a mechanical fault. Mileage progression aligns with typical use for an eleven-year-old executive saloon, averaging roughly 9,300 miles per year. The records show steady annual increments: 81,296 miles in January 2023, 90,924 by January 2024, 99,099 by January 2025. The latest test reveals a marked slowdown, with only 3,351 miles added between January 2025 and January 2026. Such reduced accumulation implies the car spent extended periods stationary or covered short commuting distances, a pattern that can accelerate degradation of seals, brake discs and suspension bushes through lack of movement. Given the absence of recorded advisories on brake discs, coil springs, corrosion or structural integrity, the DVSA data alone indicates no active mechanical concerns. Previous owners appear to have maintained the vehicle to a standard that cleared each annual test without flagged wear items, though the sparse defect list offers limited insight into consumable condition. A buyer should still commission an independent inspection of suspension components, binding calipers and exhaust emissions, as standing time can mask intermittent issues not captured in a static test. Focus physical checks on underbody structural rust, tyre sidewall cracking from age, and wiper blade condition, all of which fall outside mandatory failure criteria yet degrade with time. The clean record provides reassurance, but low recent mileage warrants verification that fluids and flexible hoses have been renewed regardless of test outcomes.