2021 Land Rover Defender Hard TOP HSE D Mhev A 3.0L Diesel · KU71 ZWD

With a notably robust MOT history showing three consecutive passes without a single recorded failure since its first statutory test, this Land Rover Defender demonstrates a clean record of structural and mechanical compliance up to its latest test on the eighth of October 2026. The technical narrative is remarkably straightforward, marked by an absence of structural corrosion, suspension degradation, or braking system faults across its multi-year testing lifecycle. The only notes appearing on the official record are two recent advisories regarding the rear tyres, indicating that the baseline roadworthiness has remained steady with no escalating pattern of mechanical deterioration or recurring defects. The vehicle has accumulated 68,955 miles over its five-year lifespan, averaging approximately 13,791 miles annually, which places it well above average for a modern passenger vehicle and points toward heavy commercial or long-distance touring use. This accelerated mileage profile means high-load mechanical assemblies such as the mild-hybrid powertrain components, four-wheel drive transfer box, and steering geometry have experienced intensive operational cycles since new. Buyers should expect accelerated wear on heavy-vehicle consumables compared to lower-mileage examples, though the absence of past MOT advisories suggests that previous high-mileage strain has not yet manifested as structural or component failure in the statutory testing data. Targeted inspection should focus heavily on the rear axle and suspension setup, given that the most recent test flagged both the nearside and offside rear tyres for edge wear close to the legal limit. During your physical inspection and test drive, carefully check the inside and outside tread blocks of the rear tyres for uneven wear patterns that could indicate misaligned rear geometry, worn trailing arm bushes, or incorrect rear tracking geometry. Listen closely for any dull knocking or clunking noises from the rear suspension linkages when traversing speed humps or rough road surfaces, and verify that the vehicle maintains a true tracking line without pulling to one side under braking. As a heavy diesel mild-hybrid utility vehicle covering substantial yearly mileage, the drivetrain and underbody warrant thorough scrutiny despite the clean pass record. Pay close attention to the transmission engagement and acceleration response from a standstill to ensure the automatic gearbox and mild-hybrid system transition smoothly without hesitation or shuddering through the driveline. Crawl beneath the vehicle to inspect the exposed aluminium and steel subframes, brake lines, and suspension mountings for any signs of physical impact, scrape damage, or premature bushing degradation resulting from its high-mileage working life.