2010 Mercedes-Benz E 3.0L Diesel · HD10 GNJ

A pattern of recurring mechanical advisories and occasional dangerous failures defines the 2010 Mercedes-Benz E's MOT history, spanning from 2019 through 2024 with three failed assessments interspersed among passes. The most recent test on 2024-06-04 returned a passed result but retained multiple advisories, including near-side front anti-roll bar ball joint play, off-side front anti-roll bar ball joint play, rear upper suspension arm wear on both sides, thinning near-side front brake pads, and damaged off-side rear tyres with exposed plies. This combination of advisory-level findings alongside two complete failures indicates a vehicle that requires systematic attention rather than operating in pristine condition, with the latest assessment confirming that underlying issues persist despite passing the practical test. The recorded mileage of 130,862 miles on a sixteen-year-old vehicle translates to approximately 8,179 miles per annum, which aligns with typical usage expectations for a model of this age and does not suggest an anomalously high or unusually low consumption profile. The testing timeline reveals a fairly regular interval between assessments—roughly every eight months from late 2020 through mid-2024—but also includes brief overlaps where multiple entries share the same date, potentially indicating inconsistent scheduling rather than exceptional wear. With no dramatic mileage spikes or long periods of idling evident, the acceleration of wear appears steady rather than episodic, meaning the components identified in the advisories have been subject to gradual degradation over the vehicle's lifecycle. Focus on the anti-roll bar linkage first, as the near-side and off-side front ball joints show slight play. During a test drive, apply moderate cornering force on uneven pavement and listen for a subtle clunking or knocking noise through the steering column, particularly when turning the wheel quickly; persistent play may cause the wheel to wobble slightly under load. The rear upper suspension arms on both sides show wear but are not yet producing excessive movement, so the ride should remain comfortable but monitoring the pivot points during hard braking or sharp turns is advisable. The nearside front brake pads are reported as thin, which will likely manifest as a soft or spongy pedal feel and reduced stopping power; verify this by noting whether the pedal sinks noticeably before reaching the floor and whether the brakes make a firm, confident contact when applied firmly while stationary. Finally, inspect the rear tyres for visible cord exposure or delamination—these areas should be checked visually and felt by running them by hand; a gritty or uneven surface may indicate ongoing structural compromise that could affect handling and braking performance.