2014 Land Rover Discovery 3.0L Diesel · GJ14 ABO

The vehicle is currently recorded as MOT‑passed on 19 May 2026 at 220,405 miles, indicating that it meets the statutory minimum standards for road use at the latest test. The recent pass follows a series of earlier failures that were largely confined to tyre damage, brake‑pad wear and a few electronic faults, suggesting a trend toward stabilization after those items were addressed. No new major safety‑critical defects appear in the latest test, though the rear brake pipe corrosion and windscreen damage remain advisory items that should be monitored. At 12 years old the odometer reads 220,405 miles, equating to roughly 18,300 miles per annum – considerably above the average for a vehicle of this age. Between the January 2022 test (164,406 miles) and the February 2023 test (188,694 miles) the car accumulated over 24,000 miles in just 13 months, evidencing a period of intensive use. Earlier intervals show more modest growth, for example from 48,858 miles in May 2017 to 77,632 miles in June 2018, a rise of just under 30,000 miles in twelve months, but the later surge suggests higher wear on consumables and potentially on drivetrain components. A prospective buyer should give particular attention to the rear brake pipe, confirming that corrosion has not progressed to a leak or structural compromise. The windscreen, flagged for damage in both the 2024 and 2026 tests, must be inspected for cracks that could worsen under stress. Front tyre cuts recorded in March 2024 and the repeated near‑limit tread depths from 2021 onward indicate that tyre replacement may be imminent; verify that all four tyres meet the 1.6 mm minimum tread requirement. The 2021 failure noted excessive wear on the front lower suspension arm pins and bushes, so a visual and tactile check of the front suspension components is advisable. Brake pads have been flagged as thin on several occasions (2021 rear pads, 2024 front inner pads), so a thorough brake inspection, including caliper operation and disc condition, is warranted. Finally, the 2021 electronic parking brake fault and the 2021 engine MIL inoperative warning suggest that the electronic control systems should be scanned for stored fault codes to ensure no latent issues remain. Addressing these points will give a clearer picture of the vehicle’s long‑term reliability.