2000 Mercedes ML 2.7L Diesel · W267 TLE

A pattern of isolated component failures – front brake pads reduced to under‑minimum thickness in 2011 and an incomplete rear coil spring coupled with a rear tyre tread deficiency in 2010 – interrupts an otherwise clean MOT history, and the most recent test on 1 November 2012 recorded a pass with no defects, suggesting that the identified issues were remedied at that time. With 93 136 mi logged over 26 years the vehicle averages roughly 3 600 mi per annum, a mileage rate well below typical usage for a 2000 model. Such low annual accumulation often points to periods of limited running or extended storage, which can reduce wear on consumables but may also promote corrosion in suspension mounting points, chassis brackets and exhaust supports if the car has been stationary for long stretches. The MOT chronology shows regular yearly testing from 2007 to 2012, yet no records after that date, leaving the current condition of those wear‑related items unverified. Potential buyers should give the braking system particular attention. Even though the front pads were replaced or resurfaced after the 2011 failure, verify pad thickness and disc condition visually and by feel; a spongy pedal, pulsation or grinding noise under moderate braking would indicate lingering wear or uneven resurfacing. Inspect the rear suspension for the previously noted coil spring issue – listen for metallic clunks or excessive bounce when traversing bumps, and check that the rear ride height is even on both sides, which can reveal a missing or weakened spring or worn bushings. Front tyre wear on the inner edges, flagged in 2008, suggests a possible alignment fault; a current alignment check and a thorough tyre inspection for uneven tread wear are advisable. Given the vehicle’s age and the gap in MOT data since 2012, a comprehensive visual survey for rust on the subframe, wheel arches, and suspension mounting points is essential, as is a functional test of the steering column for play or binding. During a test drive, note any steering pull, vibration, or unusual noises from the suspension or drivetrain, and confirm that the brakes engage firmly without excessive pedal travel. A full mechanical inspection covering these areas will reveal whether the earlier defects have been properly addressed and whether the low‑mileage usage has translated into a sound underlying condition.