2011 Mercedes-Benz E 2.1L Diesel · SM11 CVN

The vehicle presents a stable and exemplary maintenance trend, culminating in a clean pass on 28 June 2025 at 81,399 miles with zero defects recorded. The preceding failure on the same date at the identical mileage shows no listed defects, indicating a likely administrative or procedural retest rather than a mechanical fault. Every recorded test since June 2022 has passed without advisories or failures, demonstrating consistent mechanical integrity across four consecutive annual inspections. The mileage accumulation is notably low for a 2011 vehicle, averaging approximately 5,427 miles per year. The record shows a steady progression from 64,649 miles in June 2022 to 81,399 miles by June 2025, representing roughly 16,750 miles over three years. This suggests a shift from prolonged light use to more regular driving in recent years. The gap between the 2024 and 2025 tests shows 3,174 miles covered in twelve months, confirming the vehicle is now being used consistently rather than sitting idle. Despite the clean MOT history, the low annual mileage and age warrant a focused physical inspection. Extended periods of inactivity can cause latent issues not captured during a stationary MOT inspection. A buyer should examine the condition of all rubber suspension bushes, dust boots, and coil springs for perishing caused by age rather than mileage. Tyre date codes and tread depth deserve close scrutiny, as older tyres with adequate tread may still require replacement due to sidewall degradation. The braking system should be assessed for binding calipers and uneven disc corrosion, conditions that develop when a vehicle is parked for extended durations. Underbody structural integrity and exhaust system condition merit particular attention, as low-mileage vehicles can still suffer from corrosive deterioration depending on storage environment and road salt exposure. The clean MOT record is encouraging, but a pre-purchase inspection remains essential to verify that age-related deterioration has not begun to compromise mechanical reliability.