2023 Land Rover R Rover Evoque R-DYN S Phev A 1.5L Hybrid electric (clean) · KM23 VEK

The Land Rover Evoque presents a clean MOT history, with the most recent test on 2 April 2026 at 24,483 miles passing without any defects recorded. This indicates a stable maintenance trend, with no recurring issues or advisories to suggest neglect or progressive deterioration. The absence of even minor faults in the latest test suggests the vehicle has been well maintained in the short term, though the sparse historical data limits visibility on long-term component reliability. At roughly 8,161 miles per year, the mileage aligns closely with typical usage for a three-year-old vehicle, neither excessively high nor abnormally low. The single MOT entry means there’s no historical context to assess wear trends—whether components like suspension bushes, brake pads, or tyre tread were degrading or being proactively replaced. Without prior tests, it’s impossible to confirm if the current owner has addressed any underlying issues that might have been present before this vehicle’s purchase. For a buyer, the primary focus should be on components not covered by the MOT but critical for long-term reliability. Given the PHEV drivetrain, inspect the hybrid battery cooling system for signs of overheating or leakage, as these can degrade prematurely if not maintained. Check the suspension for worn coil springs or damaged anti-roll bars, particularly in an Evoque, which often suffers from corrosion in high-stress areas like the subframe and rear trailing arms. The brakes should be tested for uneven wear or binding calipers, especially if the vehicle has been driven aggressively or left unused for extended periods. Finally, verify the exhaust system for leaks or rust, particularly around the catalytic converter and DPF, as these are common failure points in PHEVs when driven in short, urban trips. The absence of MOT advisories doesn’t guarantee these areas are flawless—physical inspection remains essential to confirm the vehicle’s structural integrity and mechanical health beyond the test’s scope.