2022 Land Rover Discovery SPT Urbn ED D Mhev A 2.0L Diesel · SL22 OHG

The vehicle’s most recent MOT history presents a clean bill of health, with the April 2025 test at 16,926 miles passing without any defects—just five days earlier, it had failed for administrative reasons, not mechanical ones. This suggests the car has undergone no major issues in its short recorded history, and the lack of advisories or defects implies consistent upkeep or a vehicle that has not yet developed significant wear. The absence of recurring faults over such a brief period is unusual for a four-year-old SUV, particularly one with hybrid drivetrain complexity, but the data does not indicate any structural or mechanical deterioration. That said, the failure to pass on April 23rd—despite no recorded defects—raises a minor red flag about documentation or tester discretion, though it does not reflect on the car’s actual condition. The mileage of 16,926 miles over four years is exceptionally low, averaging just over 4,200 miles annually, which is well below the UK fleet average for this model’s age group. Such low mileage could mean the vehicle has been lightly used, stored for long periods, or driven primarily on short urban routes. There are no sudden spikes or drops in mileage between tests, and the gap between the two MOT entries is negligible, suggesting no prolonged neglect. However, this level of underuse may mask potential issues—components like suspension bushes, brake fluid, and battery health can degrade even with minimal driving if not actively maintained. The lack of recorded mileage accumulation also means there’s limited historical data to assess long-term wear patterns on critical systems. Given the sparse but clean MOT record, a buyer should prioritise a thorough inspection of hybrid-specific components, including the battery cooling system, electric motor mounts, and high-voltage wiring integrity. While no defects have been logged, the hybrid powertrain’s longevity depends on proactive checks beyond standard petrol/diesel systems. Mechanical items to scrutinise include the rear suspension—commonly a weak point in this model—particularly the coil springs and anti-roll bar bushes, which may show early signs of fatigue even at low mileage. Brakes should be tested dynamically, as the MOT does not always catch subtle binding or uneven wear, especially on the rear axle where calipers can seize without obvious visual signs. Finally, inspect the underbody for corrosion, particularly around the rear differential and exhaust mounts, as standing vehicles are more susceptible to moisture-related deterioration. The absence of recorded issues does not eliminate the need for due diligence on these high-risk areas.