2013 Mercedes-Benz E 2.1L Diesel · 2457 NO

High-mileage usage defines the mechanical profile of this Mercedes-Benz E-Class, which has maintained a consistent record of passing MOT tests without recorded defects over the last five years. The most recent test on 20 January 2026 confirms a clean result, following a series of defect-free inspections dating back to 2022. While the absence of recorded failures or advisories suggests a lack of immediate structural or component-level issues identified during official inspections, the sheer volume of mileage covered necessitates a rigorous physical inspection of wear-prone items. The vehicle has covered 257,122 miles over its thirteen-year lifespan, representing an average annual accumulation of approximately 19,779 miles. This high rate of usage is significantly above the UK average and implies that the drivetrain, suspension, and braking systems have been subjected to sustained operational stress. Mechanically, this level of mileage increases the likelihood of accelerated wear on rubber bushings, dampers, and various seals, even if these components have not yet triggered an MOT failure. A prospective buyer should focus the test drive on assessing the integrity of the suspension and steering components. Given the high mileage, pay close attention to any knocks, clunks, or uneven vibrations when navigating uneven road surfaces or speed bumps, which could indicate worn suspension bushes, ball joints, or coil springs. Additionally, monitor the steering for any pulling to one side or excessive play in the wheel, and listen for any rhythmic clicking or humming that might suggest bearing wear or tyre irregularities. Braking performance and drivetrain smoothness are also critical areas for scrutiny. During the test drive, check for any pedal judder or pulsation under braking, which may indicate warped discs or uneven pad wear, and ensure there is no sponginess in the pedal feel. It is also advisable to monitor for any fluid leaks or oil misting around the engine and transmission, as well as any unusual noises or vibrations during gear changes or under heavy acceleration, to ensure the high-mileage components remain within acceptable operational tolerances.