1992 Mercedes-Benz 500 5.0L Petrol · J970 NDY

The vehicle passed its most recent MOT on 2024‑06‑18 at 162 578 miles with no recorded defects, confirming current roadworthiness. The maintenance trend shows an improving pattern: after a series of failures between 2015 and 2020—including exhaust lambda out‑of‑limits, fuel pipe leaks, steering box seepage and multiple tyre advisories—the record stabilised with clean passes from July 2021 through June 2024. This progression suggests that any underlying issues were addressed or have not re‑emerged in the recent interval. Mileage accumulation has been modest for a 34‑year‑old car, averaging roughly 4 800 miles per year. The first MOT in 2011 recorded 146 985 miles, and subsequent entries show incremental rises until a more pronounced jump of 2 472 miles between June 2023 (160 106 miles) and June 2024 (162 578 miles). Earlier gaps, such as the two‑year interval without a test after 2017, indicate periods of low utilisation, while the later increase, though the highest annual rise, remains consistent with light overall use. A buyer should inspect the rear tyres for the cracking and inner‑edge wear noted in 2015, 2017 and 2020; these components are consumables that can deteriorate with prolonged static storage. The steering box should be examined for oil seepage, a condition reported in 2013, 2014, 2016 and 2020, as continued leakage can compromise rack geometry. Brake system integrity warrants close attention: the offside front brake pipe showed slight corrosion in 2014 and the rear hose deteriorated in the same year; both should be checked for rust and deterioration. The track rod end’s slight play recorded in 2015 requires verification of ball‑joint condition. The exhaust lambda sensor, which caused a failure in 2020, should be tested for proper reading, and the registration plate lamp and mirrors—advisory items in 2020—must be confirmed functional. Finally, given the vehicle’s age, a thorough visual survey for structural rust and panel corrosion is advisable to assess overall chassis integrity.