2020 Land Rover R Rover Evoque R-DYN HSE D A 2.0L Diesel · RF20 GKK

The vehicle’s roadworthiness trend is worryingly unstable , with a pattern of recurring failures and advisories that suggest inconsistent maintenance. The most recent MOT (March 2026) passed but flagged perishing rear tyres , a critical advisory that should have prompted immediate replacement—yet it was not addressed before the next test. Earlier failures in April 2025 revealed exposed tyre cords, a severely cut front tyre, and misaligned washer jets , all of which indicate neglect rather than mechanical failure. The April 2024 tests exposed deteriorated anti-roll bar bushings and poor headlamp alignment , faults that were either ignored or unresolved. This history suggests the vehicle has been driven with deferred maintenance, risking sudden component failure. The mileage progression of 8,542 miles per year is typical for its age, but the gaps between tests are irregular , with no clear pattern of pre-MOT servicing. The vehicle was tested in April 2024 and April 2025—just three months apart—yet critical faults like the anti-roll bar bushings and tyre damage persisted without correction. The jump from 31,519 to 41,693 miles in under a year (2024–2025) suggests either heavy usage or prolonged storage without checks, both of which accelerate wear. The most recent MOT (March 2026) at 51,251 miles indicates the vehicle has not been serviced since April 2025, a five-month gap that raises concerns about unaddressed wear in brakes, suspension, and tyres. A prospective buyer should prioritise an independent inspection of the suspension , particularly the anti-roll bar linkages and subframe mounts , as the 2024 advisories on bushings suggest structural fatigue. The front brake discs and pads , repeatedly flagged for wear, should be measured for remaining thickness—thin pads and scored discs indicate imminent failure. The rear tyres from the March 2026 test require urgent replacement, as perishing rubber poses a blowout risk. Finally, the windscreen washer system and headlamp alignment from past failures should be verified, as misaligned jets and poor visibility compromise safety. Given the history, no component can be assumed reliable without professional verification.