2013 Mercedes-Benz E 3.0L Diesel · FL13 FPT

The vehicle most recently passed its MOT on 18 June 2026 with no defects or advisories recorded, and the prior test on 21 March 2025 also returned a clean pass. The MOT history shows a stable and reassuring maintenance trend overall, with passes across every recorded test between 2017 and 2026, and only a single failure episode in April 2019 that was addressed at the same test date. That failure was confined to electrical and lighting items, namely an airbag or supplementary restraint system lamp fault, both reversing lamps, a rear fog lamp, and brake light issues, none of which have reappeared in any subsequent test. The absence of recurring advisories for suspension, braking, exhaust, or corrosion components across nearly a decade of testing suggests the vehicle has been maintained to a consistent standard and has not developed progressive structural or wear-related deterioration that would typically be flagged under inspection. The recorded mileage of 29,496 miles over approximately 13 years equates to an average annual usage of around 2,269 miles, which is substantially below typical figures for a vehicle of this age and indicates either light private use or extended periods of standing. There is a noticeable gap in the MOT history between the 2019 tests and the 2021 test, which may correspond to periods of low activity, SORN status, or reduced running. Such low cumulative mileage means that mechanical wear on high-mileage items like the engine internals, clutch, and transmission is likely modest, but it also raises the probability of calendar-related degradation affecting items that deteriorate with time rather than use, including rubber seals, brake system components, coolant, and battery health. Given this low-mileage, older-vehicle profile, a prospective buyer should carry out a thorough physical inspection beyond the MOT certificate. Tyres warrant particular scrutiny, as the original specification rubber compounds can perish and crack on the sidewalls and tread after many years even when tread depth remains adequate, so look for hairline cracking, crazing, or bulging and confirm manufacture dates via the DOT markings. Brake calipers, particularly at the rear, may have begun to seize from standing, leading to uneven disc wear, brake binding, or pulling under light braking; a test drive should include several moderate stops from around 30 mph to check for shudder, vibration through the steering, or a dragging sensation. The exhaust system, mounting rubbers, and underbody should be examined on a ramp for surface corrosion, as a 13-year-old vehicle, even one with low mileage, can exhibit oxidation around joints, hangers, and the heat shield areas. The 12-volt battery should be load tested, as batteries of this age commonly suffer reduced capacity and may pass an MOT bench check while still failing under cranking load, particularly in colder conditions. Fluid condition should not be overlooked, given the calendar-based nature of fluid degradation, and the engine oil, coolant, brake fluid, and automatic transmission fluid should be inspected for colour, smell, and contamination; brake fluid in particular absorbs moisture over time and is typically due for renewal regardless of mileage. The service book should be examined for regular annual or time-based servicing stamps, particularly oil changes which should occur at least yearly. The supplementary restraint system fault recorded in 2019 should be verified by a current diagnostic scan using Mercedes-Benz capable equipment to confirm that no dormant airbag or sensor fault codes remain, as intermittent electrical faults can re-emerge with age. Finally, examine the interior trim, seat runners, and switchgear for wear that might suggest higher use than the odometric figure implies, and confirm the mileage is supported by service documentation, as a discrepancy could indicate clock tampering or a replacement instrument cluster.