2021 Land Rover Discovery Rdynamic SE D Mhev A 3.0L Diesel · HV71 AZX

The vehicle’s most recent MOT on 23 October 2025 at 36,054 miles was passed without defects, suggesting a positive resolution to prior issues. However, the preceding failure in November 2024 at 27,724 miles highlights recurring problems, including an insecure spare wheel and child seat configurations obstructing inspections. These faults were addressed in the latest test, indicating a potential improvement in maintenance standards, though the spare wheel issue—though minor—recurred once, warranting closer scrutiny of its current condition. Mileage accumulation aligns with the vehicle’s age, averaging 7,211 miles annually since registration. The gap between the 2024 and 2025 MOT tests (27,724 to 36,054 miles) reflects typical usage without abrupt spikes or prolonged inactivity, implying consistent ownership patterns. No significant mileage anomalies are evident, reducing concerns about deferred maintenance or irregular usage that could accelerate wear. Recurring faults in the MOT history point to specific areas requiring buyer attention. The spare wheel’s insecure mounting in 2024, though resolved in 2025, should be verified for proper carrier integration and functionality. The defective wiper blade noted in 2024 may indicate wear in the windscreen components, necessitating inspection of the wiper mechanism and blade condition. Additionally, the repeated child seat issues, while administrative, suggest the vehicle may still have non-standard equipment affecting usability. Structural elements like suspension bushes, brake discs, or corrosion were not flagged in recent tests, but a hands-on check of these components is advisable given the vehicle’s mileage and age. Buyers should prioritize inspecting the spare wheel assembly for security and wear, testing the wiper system’s operation and blade integrity, and confirming child seat compliance. While no critical mechanical failures are documented, the history of minor recurring faults underscores the need for vigilance in these areas to ensure ongoing reliability.