2019 Mercedes-Benz E 1.9L Diesel · OV69 POF

The most recent DVSA MOT test on the 2019 Mercedes-Benz E took place on 2025-09-01, though the provided records only extend to 2025-11-07, where the vehicle passed without defects. The historical MOT history reveals a pattern of consistent compliance, with only one failure noted in 2022-10-18, which was a dangerous failure for near-side front tyre ply or cords exposed—a severe condition that would have rendered the vehicle unsafe for road use. This failure is critical, as exposed tyre cords indicate catastrophic internal damage, often resulting from underinflation, sharp debris penetration, or excessive wear, all of which compromise tyre integrity and pose a significant risk of sudden failure. The subsequent MOTs since then have been clean, suggesting either timely corrective action or that the tyre issue was resolved, though the buyer should verify the tyre’s current condition and history of repairs or replacements. The vehicle’s recorded mileage of 54,722 miles at the time of assessment aligns with a typical annual usage rate of approximately 7,817 miles, which is reasonable for its age. This figure suggests a moderate but not excessive driving profile, with no apparent periods of prolonged inactivity that might lead to accelerated wear from standing or corrosion. However, the 2022 failure highlights that even within this range, certain components—particularly tyres—can degrade rapidly if subjected to high stress or neglect. The exposed ply cords in the near-side front tyre indicate that the vehicle was either driven excessively or subjected to harsh conditions that accelerated tyre wear beyond safe limits. Buyers should consider that this model’s suspension and drivetrain components, which operate under significant stress, may also exhibit signs of wear over time, especially if mileage accumulation was higher than average. Given the critical tyre failure from 2022 and the subsequent clean MOTs, the buyer must prioritise a thorough inspection of the tyres, particularly the near-side front tyre, to confirm whether the exposed cords have since been addressed. On a test drive, listen for unusual noises from the tyre, such as a grinding or scraping sound when cornering or accelerating, which could indicate further internal damage or uneven wear. The offside front tyre’s close-to-legal wear and edge wear also warrant attention, as these conditions may signal underlying alignment or suspension issues that could worsen with continued use. Additionally, check for any fluid leaks around the wheel arches, as tyre damage often coincides with oil or brake fluid contamination. Beyond tyres, the buyer should inspect the vehicle’s suspension for excessive clunking or binding, which could suggest worn suspension bushes or coil springs, and verify that the steering and alignment are functioning smoothly to prevent further tyre degradation. For the broader vehicle health, given the age and mileage, the buyer should conduct a practical inspection of the following critical areas: the 12V battery, which may show signs of age-related deterioration given the vehicle’s calendar age, particularly if it has been left in a stationary condition for extended periods; the brake system, where corrosion or binding calipers could lead to reduced braking performance, especially on the near-side front brake components; and the engine and transmission fluids, which should be checked for degradation or contamination, as these components experience cumulative stress over time. Inspect the exhaust system for corrosion or structural integrity, as older vehicles are more susceptible to rust and leaks, which can affect emissions and performance. Finally, verify that the service book or maintenance records are up-to-date, as the Mercedes-Benz E typically requires scheduled fluid top-ups and component replacements at specific mileage intervals, such as the oil filter and coolant changes. If no service history is available, the buyer should consider a professional inspection to confirm the vehicle’s internal condition, particularly focusing on the drivetrain and suspension components, which may exhibit wear patterns that are not always visible to the untrained eye.