2015 MERCEDES-BENZ E2.1L Diesel

The vehicle is currently roadworthy but the maintenance history reveals a worsening trend regarding deferred mechanical repairs. While the most recent MOT test in September 2025 at 98,941 miles resulted in a pass, it carried multiple advisories that mirror failures from previous years. The transition from a significant 2024 failure at 95,439 miles to a passing grade suggests the owner is addressing faults only once they reach the point of legal failure rather than performing preventative maintenance. The mileage pattern is consistent with an eleven-year-old vehicle, averaging approximately 9,000 miles per year. The record shows steady progression from 28,582 miles in 2018 to nearly 99,000 miles by late 2025. However, the interval between August 2022 and September 2024 saw an accumulation of over 18,000 miles, which coincides with the appearance of accelerated wear on the braking system and suspension components noted in the failed September 2024 test results. A buyer must conduct a thorough physical inspection of the braking system and suspension components. The tester repeatedly flagged corroded brake pipes covered in grease on both the front and rear axles across 2024 and 2025, which indicates potential hidden structural degradation of the fluid lines. The rear coil springs have been noted as corroded since 2023, a recurring issue that often leads to sudden failure. Furthermore, the offside front suspension arm bush was flagged as excessively worn in 2024, requiring verification that this has been replaced and the geometry set back correctly. Tyre management also shows a pattern of neglect, with multiple entries for tyres worn to the legal limit or showing uneven wear. The September 2025 test noted a cut in the front tyre and a worn offside rear tyre, suggesting poor alignment or recent impact damage. Given the recurring nature of pitted brake discs and thinning pads, the buyer should check for signs of sticking calipers and ensure the corrosion on the brake lines has not progressed beyond surface level.