2006 Land Rover Discovery 2.7L Diesel · SS02 AAA

The vehicle maintains a roadworthy status, though the maintenance trend indicates a pattern of reactive rather than preventative care. The most recent test conducted in September 2025 at 171,254 miles passed with only minor advisories regarding a nearside rear tyre and windscreen damage. However, the history reveals a recurring cycle of wear components that are addressed only after being flagged. While the vehicle consistently passes, the frequency of advisories suggests the owner focuses on meeting the minimum legal requirements. At 20 years old, the Land Rover has covered 171,254 miles, averaging approximately 8,500 miles per year. This usage profile is consistent with a typical vehicle of this age. The data shows steady annual mileage accumulation, with roughly 6,500 miles recorded between the September 2024 and September 2025 tests. There is no evidence of long periods of stationary neglect, suggesting the vehicle is driven regularly, though the high cumulative mileage places significant inherent stress on the heavy-duty suspension and drivetrain components. A buyer must prioritize a thorough inspection of the front suspension, as the inner suspension arm bushes and axle swivel pins have been flagged as worn or slightly worn since at least August 2022. These issues persisted through the 2023 and 2024 tests, indicating that rubber components are reaching the end of their functional life. The oil leak noted in September 2024 requires a close look to determine if it is a minor seep or a more significant engine seal failure common in this model. The braking system also warrants attention, as both front and rear pads were noted as wearing thin in 2023. Furthermore, the record shows a history of tyre neglect, including cuts, nails, and wear reaching the legal limit across multiple axles over several years. Given the age and mileage of this Discovery, a physical inspection of the chassis for structural corrosion is essential, as the MOT record does not explicitly detail structural integrity but remains a known risk for this generation.