2016 Land Rover Discovery 3.0L Diesel · AN55 BEE

The vehicle's most recent MOT on 20 May 2026 at 111,875 miles indicates a passing status, though the tester flagged a defective front exhaust mounting. The maintenance trend appears unstable, characterized by frequent failures and recurring issues with braking systems and structural components. While the vehicle passed in June 2025 at 105,678 miles with no defects, the preceding test just three days earlier at 105,671 miles failed due to a worn central prop shaft bearing and excessive corrosion on a rear brake pipe. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 11,000 miles per year. The data shows steady usage from 57,850 miles in September 2019 through to 111,875 miles in May 2026. There are no significant periods of inactivity or sudden surges in mileage, suggesting regular road use. However, the mechanical wear recorded during these intervals shows a pattern of neglected consumables, particularly regarding braking components and tyres. A prospective buyer must conduct a thorough physical inspection of the braking system and chassis. The record shows a persistent issue with brake pipe corrosion, appearing in 2022, 2023, and again in 2025. This suggests that while repairs are being made, the underlying issue of corrosion in the braking lines remains a concern. The June 2024 failure highlighted significant wear on rear brake discs and pads, alongside a structural failure in a tyre, indicating that maintenance on consumables has occasionally been deferred. The drivetrain and suspension also require scrutiny. The 2021 failure noted worn lower suspension arm bushes, and the 2025 failure identified a worn central prop shaft bearing. These findings, combined with the 2024 report of an oil leak and low power steering fluid, suggest that mechanical components related to the chassis and steering may require close monitoring. An inspection should specifically target any signs of fluid leaks and the integrity of the exhaust and suspension mounting points.