2017 Land Rover Range Rover Evoque 2.0L Diesel · SP17 NLO

A persistent vulnerability in suspension and braking components defines the historical roadworthiness record of this Range Rover Evoque, which most recently secured an MOT pass on 23 December 2025 with zero defects recorded following an earlier clear pass in January 2025. This clean run of recent tests marks a noticeable improvement over previous years, which featured a major failure in July 2023 caused by a fractured offside rear coil spring, alongside an earlier July 2022 failure for excessive front service brake fluctuation and pitted inner brake disc faces. Recurring minor defects have also centered heavily on the rear axle, with multiple tests highlighting tyre perishing, surface cracking, and localized cuts, as well as a corroded fuel tank heatshield noted in mid-2024. Accumulating 67,979 miles over its nine-year lifespan yields an average of approximately 7,550 miles annually, representing a typical UK usage pattern that avoids the extreme mechanical fatigue of high-mileage fleet work while escaping the stationary component degradation often associated with prolonged periods of disuse. This balanced rate of wear suggests that the vehicle has been driven consistently without long gaps between tests, allowing mechanical systems to experience regular operating temperatures and cyclical loads rather than suffering from seized ancillary components due to lack of movement. During your physical inspection and test drive, direct your attention squarely to the areas highlighted in the historical defect log, beginning with a thorough examination of the rear suspension coil springs and surrounding linkages for any residual signs of corrosion or fresh fracture points. Listen carefully for metallic clunks or knocks from the rear axle when driving over potholes or speed humps, which would indicate worn suspension bushes or failing dampers. Furthermore, test the braking system thoroughly on a safe stretch of road by applying firm pedal pressure at moderate speeds to detect any judder, pulsation, or pulling to one side, which would betray lingering issues with warped or scored brake discs similar to those flagged on previous test records. Finally, inspect all four tyres closely for the sidewall cracking and perishing noted across multiple historical tests, checking both inner and outer tread edges for uneven wear patterns that could indicate poor wheel alignment or suspension geometry drift. Inspect the underbody around the fuel tank area to assess the extent of the heatshield corrosion noted in the 2024 test, ensuring the fixings remain secure and free from rattle. Verify that all dashboard warning lights illuminate during ignition and extinguish correctly once the engine is running, confirming that the electronic stability, anti-lock braking, and four-wheel-drive systems are communicating without fault.