2002 Mercedes-Benz ML 3.2L Petrol · LP02 CXD

The vehicle's maintenance trend shows a significant decline in roadworthiness, moving from a period of stability to a series of serious mechanical and structural failures. The most recent recorded test in May 2023 at 78,052 miles resulted in a failure involving critical safety components. The tester identified excessively corroded nearside rear brake pipes, corroded coil springs on both sides, and corroded rear shock absorbers. These findings, alongside a failing parking brake and an electronic stability control fault, suggest that the vehicle's structural and braking integrity has deteriorated significantly. The mileage pattern indicates very low usage for a 24-year-old vehicle, averaging approximately 3,252 miles per year. While the total distance of 78,052 miles is low, the data reveals long periods of inactivity, such as the two-year gap between the May 2022 and May 2023 tests. This pattern of infrequent use often correlates with the corrosion issues seen in the latest MOT, as vehicles that sit stationary for extended periods are more susceptible to brake pipe degradation and suspension component rot. A prospective buyer must conduct a thorough physical inspection of the underbody, specifically looking for advanced corrosion on the brake lines and suspension mounting points. The recurring issues with anti-roll bar bushes and track rod ends, noted in both 2016 and 2022, suggest that the steering and suspension components are reaching the end of their serviceable life. The 2023 failure also flagged an electronic stability control warning lamp, which requires professional diagnostic investigation to ensure the fault is not indicative of a deeper electronic or sensor failure. Braking performance remains a primary concern. The record shows a history of pitted brake discs in 2022 and a failure regarding parking brake efficiency in 2023. Given the combination of corroded brake pipes and weakened braking components, a complete overhaul of the rear braking system may be necessary. The presence of multiple corrosion-related failures in a single test suggests that the vehicle has transitioned from minor consumable wear to more serious structural and mechanical risks.