2010 Land Rover Discovery 2.7L Diesel · DD09 GAR

The vehicle presents a history of generally consistent maintenance, though the most recent inspection indicates a period of deferred upkeep regarding consumable components. In the May 2025 test at 94,093 miles, the Discovery failed due to a damaged windscreen obstructing the driver's view. While it passed a retest days later after addressing this fault, the tester flagged several advisories that require attention, including a worn nearside front lower suspension arm bush, a nearside front tyre at the legal limit, and a pitted rear brake disc. These findings suggest that while the vehicle remains roadworthy, the rubber components and braking hardware are now reaching the end of their service life. At 94,110 miles, the vehicle has averaged approximately 5,882 miles per year, which is significantly lower than the national average for a sixteen-year-old diesel. Low usage correlates with the clean MOT records seen between 2020 and 2022, where no defects were recorded. However, the low mileage may be masking age-related degradation, as seen in the 2019 test where the tyres were noted for perishing and cracking due to age rather than mechanical stress. The failure in 2020 for a split CV boot on the offside front drive shaft was a typical mechanical failure that was rectified to allow a subsequent pass. The structural integrity of the vehicle appears stable based on the lack of corrosion failures over the last decade, but the suspension bush wear should be monitored closely to prevent further handling issues. The pitted rear brake disc indicates surface oxidation that will likely require replacement soon to ensure consistent stopping performance. Given the age of the vehicle and the low mileage, a thorough physical inspection for corrosion on the chassis and exhaust system is essential, as long periods of standing can often lead to moisture retention in hidden areas. The vehicle is currently in a stable state but is entering a phase where more frequent replacement of wear will be necessary.