2019 Land Rover Range Rover 3.0L Diesel · A29 ULL

A clean and consistent MOT record defines this 2019 Land Rover Range Rover, with the most recent assessment on 30 January 2026 producing a pass alongside a prior failure entry on the same date that did not document any defects. Across the available DVSA history covering 2023, 2024, 2025 and 2026, no advisories, failures, or component-specific defects have been recorded. The absence of any flagged items over three consecutive test cycles suggests that the braking system, suspension assemblies, exhaust integrity, lighting, tyres, and structural underbody components have all remained within prescribed limits at the time of each examination. While this indicates a stable roadworthy condition at the point of testing, it does not eliminate the possibility of developing wear items typical of a vehicle approaching eight years of service. Mileage accumulation has been broadly in line with expectations for a premium SUV of this age, with 65,322 recorded miles spread over roughly seven years equating to an annual average of around 9,332 miles. This is a moderate usage pattern that places reasonable, rather than excessive, demand on mechanical consumables. There are no apparent gaps in the testing history that would suggest extended periods off the road, nor any recorded jumps in mileage between tests that might indicate clocking or irregular use. Consistent year-on-year testing combined with steady mileage accumulation supports the view that the vehicle has remained in regular operation, which is generally favourable for the longevity of drivetrain seals, battery health, and the prevention of moisture-related issues within the braking and fuel systems. For a prospective buyer, the lack of recorded advisories means there are no specific components flagged in the MOT history requiring immediate scrutiny, although a comprehensive pre-purchase inspection remains essential given the mechanical complexity of a Range Rover. On a test drive, particular attention should be paid to the air suspension system, which is a known wear area on vehicles of this type, listening for compressor overrun, noticing any sagging at the corners when stationary, and checking for warning messages on the instrument cluster. Steering response should be evaluated for vagueness or knocking over uneven surfaces, which could indicate worn tie rods, drop links, or anti-roll bar bushes, even though none of these items have been recorded as defective. The four-wheel-drive system should be engaged where possible to confirm smooth operation, and the transmission should be observed for any hesitation or judder during low-speed manoeuvres. Braking performance should be assessed for pedal firmness and any signs of pulling, vibration, or grinding, as none of these issues have been documented in recent tests but could develop with pad and disc wear at the current mileage. A thorough underbody examination is advisable to identify any corrosion that may be present but not yet significant enough to fail an MOT, particularly around the subframe mounting points, brake lines, and exhaust hangers. Additionally, the electronics and infotainment system should be exercised fully to confirm full functionality, and a diagnostic scan is recommended to reveal any stored fault codes relating to the emissions control system, AdBlue injection, or sensor networks, areas not always captured during standard MOT procedures. Overall, the documented roadworthiness history is reassuring, but the mechanical sophistication of the Range Rover demands a specialist inspection prior to purchase.