2018 Land Rover Range Rover Evoque 2.0L Diesel · ST68 YNE

A recurring vulnerability to tyre degradation, structural trim issues, and component wear characterises the mechanical history of this Range Rover Evoque, which most recently passed its MOT test on 21 July 2025 with zero defects recorded. This clean latest test represents a temporary stabilization following a sequence of earlier failures and advisories. The vehicle was refused an MOT certificate in May 2024 due to a dangerous nearside front outer tyre showing exposed ply or cords, alongside a prior failure in April 2023 caused by ineffective front windscreen wipers. Furthermore, persistent tyre-related advisories appear across multiple tests, including rubber cracking due to age in 2023 and nail penetration alongside edge wear in 2024, pointing to a historical pattern of deferred rubber maintenance. With an odometer reading of 55,104 miles amassed over approximately eight years, the vehicle exhibits an average annual mileage accumulation of roughly 6,888 miles. This usage rate falls squarely within typical parameters for a modern luxury compact SUV, indicating neither excessive fleet-style pounding nor prolonged stationary periods that might otherwise cause severe battery degradation or internal moisture accumulation. Mechanically, this mileage level places the vehicle at a standard threshold for consumable exhaustion, meaning major suspension joints, drivetrain mounts, and auxiliary systems are approaching intervals where wear becomes noticeable during active operation. Prospective buyers must prioritize a rigorous physical examination of the braking system given the specific advisories documented in July 2021, which noted pitted and scored front brake discs alongside thinning rear brake pads and corroded rear discs. During a static inspection and subsequent test drive, listen carefully for any metallic scraping, grinding, or vibration through the brake pedal under deceleration, and check the visible thickness of the friction material on all four corners. Any remaining pulsation or pull to one side will confirm that these historically flagged braking components require immediate replacement rather than mere monitoring. Finally, inspect the wheel arches and tyre sidewalls meticulously to verify the current condition of the rubber, ensuring no latent cracking or perishing remains unaddressed from previous test cycles. On the road, pay close attention to the tracking and suspension compliance over uneven road surfaces, listening for any knocks or thudding from the wishbone bushes, anti-roll bar links, or damper mountings that heavy wheels frequently induce on this chassis platform. Ensure all electrical features, including the wiper mechanisms previously flagged for ineffectiveness, operate smoothly across all speed settings before finalizing any purchase.