2021 Land Rover Defender Hard TOP SE D Mhev A 3.0L Diesel · C11 DCJ

The most recent DVSA MOT test, conducted on 29 April 2026, resulted in a pass with no defects or advisories recorded, which represents the strongest possible outcome under the current testing regime. Looking back over the available history, the vehicle has passed each annual test on every occasion, and the single set of advisories from the 13 January 2025 examination concerned both rear tyres being worn close to the legal limit and exhibiting edge wear. There are no recorded advisories relating to braking efficiency, suspension integrity, exhaust emissions, corrosion, or structural condition, and crucially, no advisory has reappeared on a subsequent test. This pattern is indicative of a stable and well-maintained vehicle, with no recurring fault codes or progressive deterioration flagged by the testing authority across the three most recent examinations. With 38,840 miles recorded on a 2021 Land Rover Defender, the vehicle is averaging approximately 7,768 miles per annum, which is broadly consistent with typical usage for a vehicle of this type and age. There are no conspicuous gaps or clustering in the recorded mileages that would suggest extended periods of standing, nor any indications of exceptionally high annual use that might accelerate wear on the drivetrain, suspension, or braking components. For a commercial-class Hard Top derivative fitted with the MHEV mild-hybrid system, this mileage profile is moderate and consistent with mixed operational use. The annual increments imply regular running, which is mechanically beneficial as it allows the engine, transmission, and auxiliary systems to reach and maintain optimum operating temperature, reducing the risk of internal corrosion, oil degradation, and flat-spotted tyres associated with long-term storage. Despite the clean MOT history, a prospective buyer should not rely solely on the digital record. Although the rear tyre advisories from 2025 did not reappear in 2026, edge wear on a Defender can point to tracking misalignment, worn suspension bushes, or incorrect inflation pressures, and it would be prudent to inspect the current set of tyres for uneven tread across the axle and to verify that the sidewalls are free from cracking or perishing, particularly given the age of the vehicle. The Defender's independent suspension, anti-roll bars, and coil spring assemblies should be examined for any perished bushes, sagging springs, or fluid seepage from the dampers, as these are common age-related concerns on chassis of this vintage. On a test drive, listen for clonks or knocking from the front and rear suspension over uneven surfaces, and pay attention to any pulling under braking or through corners, which could indicate binding calipers or a sticking brake mechanism after sustained low-speed use. Given the mild-hybrid electrical architecture and the presence of underbody protection, it is also sensible to check the 12V auxiliary battery health, as premature failure is a known concern on vehicles of this profile, and to confirm that the integrated starter-generator system is operating without warning messages. Brake discs and pads should be physically inspected for lipping, surface corrosion, and pad wear, as standing periods, even of modest duration, can promote corrosion between the pad backing plate and the caliper bracket. Fluid condition should be verified, including engine oil, brake fluid (which degrades on a calendar basis and absorbs moisture), and coolant, ensuring that services have been carried out at the correct intervals with evidence in the service history. Finally, a diagnostic read using a Land Rover-capable tool would confirm the absence of any stored fault codes within the MHEV system, the infotainment and terrain response modules, and the anti-lock braking system, providing additional reassurance beyond the MOT pass certificate.