2018 Mercedes-Benz C 2.1L Diesel · FN18 VPZ

The 2018 Mercedes-Benz C-Class presents a stable and highly reassuring maintenance trend, culminating in a completely clean pass on 10 May 2025 at 32,299 miles. Note that this certificate expired on 9 May 2026, meaning the vehicle requires a fresh MOT to remain legally roadworthy. The most recent test recorded zero defects, indicating that all major structural and mechanical systems met roadworthiness standards at that time. This unblemished record over the last three years suggests diligent upkeep and a lack of recurring mechanical faults. The vehicle's mileage profile is notably low for its age, averaging roughly 4,037 miles per year. Between the February 2022 test at 19,343 miles and the May 2024 test at 27,953 miles, the car covered 8,610 miles over a 27-month period, reflecting consistent but light usage. A slight anomaly appears in the 2024-2025 period, where the mileage rose by just 4,346 miles over 11 months, reinforcing the pattern of short-journey or low-mileage driving. Such low annual mileage can sometimes lead to issues like brake disc corrosion or battery drain from prolonged standing, though the MOT record shows no evidence of these problems manifesting yet. Despite the clean MOT history, a prospective buyer must inspect the vehicle thoroughly in person due to the peculiar entry on 15 February 2022. The record shows a failure at 19,305 miles, yet lists no defects recorded, which is a rare administrative anomaly that warrants clarification from the seller. The subsequent retest on 18 February 2022 passed without issue, suggesting the problem was rectified swiftly, but the nature of that initial failure remains opaque. Given the low-mileage profile, pay close attention to the condition of the brake discs and calipers for surface corrosion, a common affliction on vehicles that sit idle for extended periods. Examine the tyres for flat-spotting or perishing, as low annual mileage often means the rubber ages out before it wears out. Check the suspension bushes and coil springs for deterioration, as short trips prevent fluids and components from reaching optimal operating temperatures, potentially accelerating moisture-related corrosion on the underside.