2025 Land Rover R Rover Evoque DYN HSE Dmhev A Diesel · S17 CMT

Because this 2025 Land Rover Range Rover Evoque is a near-new diesel mild-hybrid still within its first registration year, it carries no recorded DVSA MOT history at all. Under current UK testing regulations, vehicles do not require an MOT until they reach three years of age, so the absence of test records is entirely normal and expected rather than a red flag. Any prospective buyer evaluating this car therefore cannot rely on statutory roadworthiness data and must instead form a judgement on its mechanical condition from other evidence such as a dealer or independent inspection, main agent service records, and the manufacturer warranty cover which should still be active. The mileage context provided for this vehicle is unknown, and there is no recorded test data to compare annual mileage against the age of the car. Given that it is effectively in its first year of registration, even a moderate odometer reading is unremarkable. Without multiple MOT readings to chart a usage curve, it is not possible to determine whether the vehicle has covered a typical first-year mileage for its class or whether it has been driven particularly hard or barely used. A physical check of the odometer against the service interval record would be the only reliable means of confirming whether the indicated mileage is consistent with wear and tear visible elsewhere on the car. Because there are no recorded advisories, failures, or defect notes, there is no specific component history to drive targeted buyer guidance. Instead, attention should focus on the areas most commonly seen on Evoque and Evoque-derived platforms of this generation, particularly the rear suspension coil springs and bushes which can crack or perish prematurely, and the front lower control arm bushes which may show splitting. During a test drive, listen for clonking noises from the suspension over uneven surfaces, particularly at low speed over speed humps, and feel for any vagueness in the steering or inconsistent self-centring that could suggest worn suspension geometry. The brake pedal should feel firm without any sponginess, and the vehicle should track straight under braking without pulling to either side, which would indicate uneven caliper operation or worn brake pad material. The diesel mild-hybrid powertrain fitted to this HSE derivative should be checked for smooth stop-start operation and prompt engine restart, since the 48-volt system relies on a separate belt-driven integrated starter generator which can develop faults. Inspect under the bonnet for any oil misting around the cam cover and turbocharger oil feed pipes, as diesel units of this type can seep from these joints over time. On a road test, confirm that the nine-speed automatic transmission shifts cleanly without flare between ratios and that the rotary gear selector responds promptly. Underneath the car, look for any signs of fluid weeping from the front and rear differential seals, as these are known to mark the underside on higher-mileage examples, and ensure the rear exhaust mounting rubbers are intact to avoid droning at idle. A diagnostic read for any stored DTCs in the hybrid system and the diesel emissions control modules would also be prudent given the technology on board.