2018 Land Rover Range Rover Evoque 2.0L Diesel · DF18 KXH

A completely clean DVSA record across five consecutive tests, with the most recent pass recorded on 2 September 2025 and no advisories or failures of any kind, presents this Range Rover Evoque as a textbook example of consistent roadworthiness. Five passes without a single advisory is a notably strong outcome for a premium SUV of this age, particularly given the complexity of its four-wheel-drive undercarriage and the wide range of components scrutinised at MOT. The absence of any recorded brake, suspension, tyre, or corrosion advisories over a five-year MOT window suggests the vehicle has not yet entered the phase where wear-related items typically begin to surface on test paperwork. This clean profile establishes a solid baseline, though it does not eliminate the need for hands-on inspection, as MOT testing only captures externally visible items at one moment in time and does not assess internals, electronics, or component wear that is not yet at failure threshold. With 64,320 miles recorded over an eight-year life, this Evoque has averaged roughly 8,040 miles annually, which is squarely within the typical range for a privately owned vehicle of its age and class. There are no significant gaps in the MOT testing pattern, with annual tests filed consistently from 2021 through 2025, indicating the car has remained in continuous use rather than being laid up for extended periods. The steady year-on-year accumulation pattern suggests regular but moderate driving, likely a mix of urban and motorway use rather than heavy commercial mileage or severe off-road work. Mechanically, this usage profile is favourable: the engine, transmission, and four-wheel-drive system have been worked regularly enough to avoid the oil-seal drying and gearbox seal stiffening that can afflict low-mileage or stored vehicles, yet not heavily enough to indicate imminent wear on major drivetrain components. Brake discs and pads should be in serviceable condition given this mileage, and suspension components, while not immune to age-related deterioration, are unlikely to be at end-of-life based on mileage alone. For a prospective buyer, the absence of advisories means the MOT history cannot guide component-specific inspection, so attention must shift to areas common to the Evoque platform at this age. On the test drive, listen carefully for clonks or knocks from the front suspension over speed bumps and uneven surfaces, as the front lower control arm bushes and anti-roll bar drop links are known wear items that can deteriorate silently on smoother roads but become audible over rougher surfaces. Feel for any vibration through the steering wheel under braking, which can indicate warped front brake discs, and check for pulling to one side, which may suggest a binding brake caliper or uneven pad wear. The nine-speed automatic gearbox should shift smoothly and promptly without hesitation between ratios, and any harsh downshifts or delayed responses warrant further investigation, as ZF9HP transmission issues have been reported on this generation. Given that no corrosion advisories have been recorded, structural integrity appears sound on paper, but a physical inspection underneath the vehicle remains essential. Examine the subframe mounting points, suspension arm ferrous components, and brake pipes for any surface rust, particularly around the rear axle area and underbody seams where moisture collects. Inspect the engine bay for any oil misting around the cam cover or turbo seals, which is common on higher-mileage Evoques and can indicate impending gasket or seal replacement. Confirm that all electronic systems, including the infotainment screen, Terrain Response selector, and parking sensors, operate correctly, as electrical faults tend to develop with age independently of mechanical wear. Finally, ensure the vehicle is presented with a full service history showing recent changes of brake fluid, coolant, and transmission fluid, as these items degrade over time regardless of mileage and are not assessed at MOT.