2002 Land Rover Defender 2.4L Diesel · EJ52 USF

A critical absence of official roadworthiness data defines this vehicle, with the only recorded DVSA entry being a pass from July 2008. This eighteen-year gap in testing history means there is no objective evidence of the vehicle's mechanical condition or safety compliance for the vast majority of its operational life. The lack of contemporary test results makes it impossible to establish a trend of wear or identify recurring defects through official channels. The recorded mileage of 758,688 miles is exceptionally high for a twenty-four-year-old vehicle, averaging approximately 31,612 miles per year. Such extreme usage typically results in significant fatigue across the drivetrain, suspension components, and engine internals. The disconnect between the sole 2008 test and the current odometer reading indicates a prolonged period of operation without official inspection, which increases the likelihood of accumulated wear on critical safety components. Given the total lack of recent MOT data and the extreme mileage, a comprehensive physical inspection is mandatory. Particular attention must be paid to the structural integrity of the chassis and cross-members, as corrosion is a common issue for this model and has not been officially monitored since 2008. A test drive should focus on identifying excessive play in the steering box and linkage, as well as listening for knocks or clunks from the suspension bushes and swivel joints, which are prone to failure under high-mileage conditions. Further scrutiny is required for the braking system and drivetrain. Check for pedal judder or pulling to one side, which may indicate binding calipers or worn discs. The drivetrain should be assessed for unusual vibrations or whining from the differentials and transfer box, reflecting the stresses of over 750,000 miles. Because no defects were flagged in the single 2008 record, there are no specific historical failures to track, meaning every major component must be treated as an unknown variable.