2022 Land Rover Defender X-Dynamic S Phev Auto 2.0L Hybrid electric · WR72 VDF

The 2022 Land Rover Defender X-Dynamic S PHEV Auto’s latest DVSA MOT test on 2025-09-18 resulted in a clean pass with no recorded defects or advisories. Given the absence of prior MOT records in the provided data, this constitutes a stable maintenance baseline, assuming no underlying issues were obscured by the test’s scope. The vehicle’s roadworthiness appears to be in a satisfactory state, though the lack of historical context means potential long-term wear or service gaps cannot be ruled out without further inspection. A thorough pre-purchase evaluation would be prudent to confirm that the vehicle has been maintained according to manufacturer recommendations, particularly for components sensitive to both mileage and time, such as the hybrid battery system, fluid degradation, and structural integrity of the chassis. The recorded mileage of 38,842 miles for a vehicle aged four years represents a reasonable annual usage rate of approximately 9,710 miles, which is consistent with typical driving patterns for this model class. This pace does not suggest excessive wear beyond expected levels for its age, though higher mileage could accelerate consumption of consumables like brake pads, suspension bushings, and tyre compounds. The absence of significant mileage gaps or rapid accumulation over the past year implies consistent ownership, reducing the likelihood of sudden, high-wear events such as drivetrain or transmission issues. However, if the vehicle has been stored for prolonged periods, standing corrosion—particularly in the wheel arches, undercarriage, and battery terminals—could be a concern, as these conditions can degrade structural integrity and electrical systems over time. For a prospective buyer, the most critical physical checks should focus on the vehicle’s hybrid-specific components and general wear patterns. Begin with an inspection of the tyre profiles for signs of uneven wear, which could indicate misalignment, suspension issues, or steering problems. Look for sidewall cracking or perishing, especially given the vehicle’s age, as this can compromise tyre integrity and safety. Next, verify the condition of the brake system, including the discs and pads, for signs of corrosion, binding, or excessive thickness wear. Binding calipers or corroded discs may cause a grinding noise during braking or a reduced pedal feel, and these issues can lead to premature failure if ignored. The suspension should be checked for excessive play or clunking noises, particularly when driving over bumps, which may indicate worn coil springs, damaged suspension bushes, or loose mounting points. Additionally, examine the battery system and associated electrical connections for signs of corrosion or loose terminals, as the hybrid battery in a PHEV can degrade over time due to both usage and calendar age. A 12V battery that fails to hold a charge or exhibits dimming lights during acceleration could indicate a failing starter motor or alternator. Fluid levels and condition should be assessed, with particular attention to the hybrid battery electrolyte (if applicable), transmission fluid, and coolant, as these fluids degrade over time regardless of mileage. Check for any visible leaks around the exhaust system, oil pan, or undercarriage, as these can indicate failing seals or worn components. Finally, a professional inspection of the hybrid battery system’s health and the vehicle’s service history—including any scheduled maintenance for the PHEV drivetrain—would provide further reassurance of the vehicle’s roadworthiness and long-term reliability. If the vehicle has been driven primarily for leisure or light use, calendar-based servicing of fluids and components like the timing belt (if applicable) should be prioritised, as these can degrade without significant mileage accumulation.