2010 Mercedes-Benz E 2.1L Diesel · OO07 CFC

The official DVSA MOT history for this 2010 Mercedes-Benz E-Class shows that its most recent test on April 22, 2026, resulted in a pass after initial failure points concerning incorrect headlamp aim were rectified. Reviewing the multi-year testing pattern reveals a mixed maintenance trend with recurring structural and mechanical items requiring attention, including repeated brake pad advisories, historical rear subframe corrosion notes, a past dangerous brake pipe fluid leak, and persistent minor engine oil leaks noted across multiple years. While the vehicle successfully clears its annual inspections following remedial work, the recurrence of specific wear items and structural corrosion advisories suggests that the vehicle demands vigilant, proactive upkeep rather than being a fit-and-forget executive cruiser. Accumulating 136,311 miles over its sixteen-year lifespan translates to an average of roughly 8,500 miles per year, representing very typical, moderate usage for a diesel or large-petrol Mercedes-Benz of this era. This consistent mileage accumulation indicates that the car has been used regularly rather than left standing for prolonged periods, which generally helps prevent the battery degradation, seized brake calipers, and perished rubber bushes often associated with low-mileage examples. However, this level of mileage also means that high-stress mechanical subassemblies, suspension joints, and drivetrain components have experienced significant fatigue and will require careful scrutiny during any pre-purchase inspection to ensure they are not nearing the end of their operational service life. Given the recent MOT advisories highlighting that all four brake pads are wearing thin, a prospective buyer should immediately budget for a complete brake pad and likely disc replacement all round, listening out for any metallic scraping, grinding, or squealing during a test drive, as well as checking for brake pedal pulsation or shuddering when coming to a stop from higher speeds. The ongoing engine oil leak noted in both the latest test and the 2022 record requires a thorough ramp inspection to identify the exact source, whether it is a failing turbo oil feed line, rocker cover gasket, or oil cooler seal, and to ensure it has not contaminated surrounding rubber mounts or wiring harnesses. Furthermore, the historical mentions of rear subframe mounting corrosion and the previous structural torsion bar failure mean you must inspect the underside for rust scale, particularly around the rear axle carrier and chassis mounting points, while also listening for any dull thudds, clunks, or instability from the rear suspension when navigating potholes or uneven road surfaces.