2010 Mercedes-Benz E 3.0L Diesel · OV10 YYD

The vehicle most recently passed its MOT on 4 April 2026 with no defects recorded. When reviewing the broader history, the maintenance trend appears to be improving and is currently stable, as the last three annual tests have been clean. While there were notable failures between 2019 and 2021 concerning tyre tread depths and parking brake efficiency, the absence of any advisories or failures in recent years suggests a more proactive approach to vehicle upkeep. With a recorded mileage of 83,011 miles over sixteen years, the vehicle has averaged approximately 5,188 miles per year. This is considerably lower than the typical usage for this model, indicating that the car has likely spent significant periods stationary or has been used for short, infrequent journeys. While this results in less mechanical wear on the engine and drivetrain, low-usage vehicles are often susceptible to degradation caused by inactivity rather than friction. Given the low annual mileage and the age of the vehicle, a physical inspection should prioritise the condition of rubber components. You must check the tyre sidewalls for perishing or hairline cracking, as tyres can expire due to age even if the tread depth remains legal. Similarly, inspect the suspension bushes and coil springs for signs of dry rot or corrosion. During the test drive, listen for any clunks or knocks from the suspension and feel for any shuddering under braking, which could indicate brake disc corrosion or binding calipers resulting from long periods of standing. Attention should also be paid to the vehicle's fluid health and electrical system. Because fluids degrade over time regardless of mileage, verify the service history for evidence of calendar-based oil and brake fluid changes rather than mileage-based intervals. Check the 12V battery health and ensure the engine starts crisply without hesitation. Finally, examine the brake discs for heavy surface corrosion and verify that the parking brake holds firmly on an incline, ensuring the previous efficiency failure was permanently rectified and that the mechanism remains free of seizure.