2021 Land Rover R Rover Evoque Rdyn HSE Mhev A 2.0L Petrol · KC21 RYW

Demonstrating an exceptional underlying mechanical baseline, this Land Rover Range Rover Evoque has compiled a completely clean technical record across its MOT testing history, free from any mechanical defects, wear advisories, or structural corrosion. The vehicle's single recorded failure in February 2024 was entirely non-mechanical, caused by windscreen visibility obstructions from a rear-view mirror hanging item and a windshield-mounted sat nav holder, both of which were cleared for a pass on the same day. Subsequent annual inspections in February 2025 and most recently in February 2026 yielded identical results with zero defect advisories logged, confirming a consistent trajectory of basic roadworthiness compliance. Accumulating 29,018 miles over its first five years equates to an average annual usage of approximately 5,800 miles, placing the vehicle well below average UK mileage figures for a luxury crossover. This low-mileage usage profile indicates the vehicle has endured lighter overall duty, reducing cumulative mechanical wear on primary consumables such as brake friction material, suspension ball joints, and drivetrain bearings. However, prospective buyers should recognize that limited annual mileage often points to short journey cycles or intermittent usage, which can introduce specific wear traits, particularly regarding the health and charge retention of the 48-volt mild-hybrid battery architecture and auxiliary electrical systems. When assessing the vehicle on a test drive, attention should be directed toward operational nuances that standard MOT testing does not evaluate. On the road, monitor the suspension system over broken pavement and speed humps for any dull thuds, creaks, or knocking noises that would indicate early deterioration of the front lower control arm bushes or anti-roll bar drop links. Exercise the brakes thoroughly, feeling for any pulsation through the pedal or pulling to one side under firm retardation, which can stem from light usage causing uneven surface corrosion on the brake discs or slight binding within the sliding caliper carriers. Given the complex mild-hybrid powertrain and sophisticated cabin electronics fitted to this specification, a thorough static inspection is equally essential. Ensure that all infotainment screens, driver assistance systems, and climate controls operate without delay or fault codes, as low-mileage premium vehicles can experience low-voltage electronic anomalies if left standing for extended periods. Additionally, verify that the engine transitions smoothly between internal combustion and electric coasting functions during deceleration and acceleration, ensuring there are no jerky gear shifts from the automatic transmission or warnings illuminated on the instrument cluster.