2014 Mercedes-Benz C 2.1L Diesel · N2 GRL

The vehicle presents a stable and reassuring roadworthiness profile. The most recent MOT, conducted on 17 November 2025 at 75,925 miles, passed with zero defects recorded. This clean bill of health, achieved just seven months ago, indicates that the braking system, suspension components, exhaust emissions, and structural integrity all met the required standards at that time. The maintenance trend is demonstrably stable, with no recurring mechanical or structural advisories appearing across the recorded history. The mileage accumulation is consistent and predictable for a 2014 model. Between the November 2023 test at 59,878 miles and the November 2024 test at 67,972 miles, the vehicle covered 8,094 miles in twelve months. The following year, from November 2024 to November 2025, mileage increased by 7,953 miles to reach 75,925. This equates to roughly 6,300 miles annually, which is typical for a vehicle of this age and suggests regular, sustained use rather than prolonged standing or excessively high-mileage commercial work. The record shows no suspicious gaps or sudden spikes in accumulation. Despite the clean MOT outcomes, a prospective buyer should still conduct a thorough physical inspection. The absence of recorded defects does not guarantee the absence of wear. At nearly 12 years old and 75,925 miles, the front and rear suspension bushes, coil springs, and shock absorbers are well within the age and mileage window where deterioration commonly occurs. Inspect the underside for any signs of corrosion on subframes, sills, and brake lines, as structural rust can develop between test intervals. Check the condition of the brake discs and pads for uneven wear, and verify that the tyres have adequate tread depth with no evidence of binding calipers causing premature wear. The exhaust system should be examined for corrosion or leaks, particularly around joints and the catalytic converter. A short road test will confirm whether the steering feels precise and whether the gearbox operates smoothly under load.