2016 Mercedes-Benz E 1.9L Diesel · FV66 UUD

A consistent record of clean MOT passes without a single recorded defect or advisory since 2022 defines this vehicle's mechanical history. This stability is particularly notable given the age of the car, with the most recent pass on 2025-10-06 confirming that the vehicle continues to meet roadworthiness standards without any flagged concerns. The absence of recurring failures or minor advisories suggests a stable mechanical trend over the last several years. The recorded mileage of 187,157 miles is significantly higher than average for a ten-year-old vehicle, averaging approximately 18,716 miles per year. Such a high accumulation rate typically indicates extensive long-distance use, which generally places less stress on the engine and transmission than stop-start urban driving but accelerates the wear of consumables. At this mileage, the primary mechanical considerations shift toward the natural end-of-life for high-wear components, specifically drivetrain mounts, suspension bushings, and braking systems. Given the absence of flagged defects in the DVSA records, the focus during a physical inspection should be on the physical condition of components that often wear out at this mileage but may not yet have reached a failure threshold. A test drive should prioritize the detection of suspension knocks or vibrations, which would indicate worn control arm bushes or coil spring fatigue. Pay close attention to any steering pull or instability at motorway speeds, as these are common indicators of wear in the steering rack or wheel alignment issues associated with high-mileage usage. Further attention should be paid to the drivetrain and braking performance. Listen for any unusual whining or shuddering during gear transitions and feel for pedal judder under heavy braking, which would suggest warped brake discs. While the MOT history is clean, the high mileage necessitates a thorough check for oil misting around the engine seals and transmission housing, as these components are more prone to seepage after nearly 190,000 miles of service.