2010 Mercedes-Benz E 2.1L Diesel · LR60 UNY

A high-mileage 2010 Mercedes-Benz E-Class with over 215,000 miles on the odometer presents a mechanical story defined more by sustained heavy use than by documented defects. The recorded DVSA MOT history is sparse, with the only available entry showing a pass on 9 November 2023 with no advisories or failures logged. While a clean pass is reassuring, the absence of additional test records over the vehicle's sixteen-year life means there is limited transparency into the condition of wear items such as suspension components, brake system hardware, and underbody corrosion. The latest outcome confirms the car was roadworthy at the point of test, but the broader picture suggests any buyer must treat the intervening years and mileage accumulation as unverified territory. At roughly 13,459 miles per year averaged across its lifespan, this E-Class has seen considerably more use than typical executive saloons of its age, many of which accumulate closer to 8,000 to 10,000 miles annually. This elevated rate of use places significantly greater demand on consumables and mechanical assemblies, particularly the diesel or petrol drivetrain, dual-mass flywheel if fitted, automatic transmission internals, and suspension geometry. Turbocharged engines in particular are susceptible to wear at this mileage bracket, with turbo seals, injectors, and EGR systems all warranting close inspection. There are also notable gaps in the MOT testing record, with no entries visible between the 2010 registration and the 2023 test, meaning extended periods of use have occurred without documented oversight. The jump from whatever mileage was last recorded to the current 215,347 also needs verifying against the V5C and service history to ensure consistency and rule out any odometer discrepancy. Given the high mileage and the absence of detailed advisory history, any prospective test drive should focus on the symptoms typical of a Mercedes E-Class reaching the upper end of its service life. Listen for clonks or knocking from the front suspension over uneven surfaces, which would point to worn lower wishbone bushes, thrust arm bushes, or anti-roll bar drop links, all known wear points on the W212 chassis. Steering that feels vague, wanders, or exhibits a shimmy at speed could indicate worn tie rods, control arm joints, or front subframe mounting bushes. On the brake pedal, feel for excessive travel, sponginess, or judder under firm application, which may suggest corroded or worn brake discs, and inspect the calipers for any signs of binding or uneven pad wear. With the vehicle raised, examine the brake pipes, fuel lines, and subframe areas closely for any surface rust or corrosion, as Mercedes saloons of this era can suffer corrosion in the wheel arches, jacking points, and underbody seams once they reach high mileage in UK conditions. Finally, a compression test or at minimum a thorough diagnostic scan should be carried out to confirm engine health, particularly for any stored fault codes relating to the injection system, turbo actuation, or transmission adaption values. The automatic gearbox should be tested with the engine fully warm, observing the shift quality through all ranges, as Mercedes torque converter automatics at this mileage can develop harsh or delayed gear changes indicative of internal wear or low fluid pressure. Service history is critical here, as a vehicle covering this kind of annual mileage requires frequent oil and filter changes, transmission fluid services, and renewal of items such as the serpentine belt, tensioners, and coolant. Any signs of oil misting around the cam cover, leaks from the oil filter housing, or wetness around the timing cover should be factored into valuation, as these repairs can quickly become expensive on this platform. A pre-purchase inspection by a Mercedes specialist or an independent with W212 experience is strongly advisable to confirm the mechanical state behind the sparse MOT paperwork.