2017 Mercedes-Benz E 1.9L Diesel · AM54 NAT

A history of structural wheel damage and a dangerous-rated fractured alloy wheel highlight an underlying vulnerability in this Mercedes-Benz E-Class that demands close inspection from a prospective buyer. The roadworthiness record features a notable lapse in January 2025 where the vehicle failed with a dangerous defect for a fractured nearside rear road wheel alongside an insecure and misaligned offside headlamp, though this was rectified within days leading to a subsequent pass. Following that severe structural failure, the most recent MOT test conducted on 29 January 2026 resulted in a clean pass with no defects recorded, mirroring earlier fault-free passes from 2022 and 2023. Accumulating 85,965 miles over its roughly nine-year lifespan yields an average of approximately 9,552 miles per year, placing the vehicle at a typical usage rate for its age. This mileage pace indicates a steady operational rhythm rather than prolonged storage or excessive commercial duty, meaning the drivetrain and ancillary systems have experienced standard wear commensurate with age. No anomalous gaps appear in the testing schedule, ensuring that the roadworthiness data provides a continuous picture of the vehicle's structural and mechanical condition over time. Given the explicit history of wheel distress, the physical inspection and test drive must focus heavily on the integrity of the unsprung weight, suspension components, and braking assemblies. During the road drive, pay acute attention to any steering wheel vibrations, thrumming noises, or structural shuddering that could indicate lingering wheel hub, bearing, or suspension geometry damage stemming from the past fractured rim and recurring nearside rear wheel rim damage advisories. Furthermore, earlier advisories regarding thinning front and rear brake pads mean the current thickness of the friction materials and brake discs should be verified physically to ensure adequate stopping power without judder. Beyond the chassis, inspect the mounting points and housing of the offside headlamp that was previously flagged as insecure to verify that the repair was robust and that the beam adjustment remains correct for night driving. The multi-link air or conventional suspension setup on this executive saloon should be tested thoroughly over varying road surfaces to listen for knocks, squeaks, or excessive body roll that would point toward worn control arm bushes or damper degradation. Verifying these specific points during an independent pre-purchase inspection will confirm whether the vehicle has truly moved past its prior wheel and lighting vulnerabilities.