2016 Land Rover Range Rover Evoque 2.0L Diesel · KC64 RAC

Recorded against a 2016 plate, this Range Rover Evoque presents a roadworthiness profile defined by an unbroken run of pass results across eight annual DVSA tests from 2019 through February 2026, with the most recent examination on 26 February 2026 returning a clean pass with no advisories recorded. That sequence establishes a continuous engagement with the MOT regime and a documented absence of any failures, refusals, or major defects over the testing window. The advisory items that do exist are clustered tightly rather than spread across the record. February 2023 produced the only technically meaningful cluster, flagging nearside rear tyre damage not penetrating the cord, both rear brake discs as worn and pitted, and the rear brake pads as wearing thin. The 2019 test carried minor front tyre wear advisories and a child seat obstruction note, neither of which represents a mechanical defect. Between those two dated clusters, the 2020, 2021, 2022, 2024, and 2025 tests all cleared without comment, indicating no escalating pattern of deterioration in any single subsystem across the testing horizon. Usage data shows 48,154 miles recorded against an approximately ten year old vehicle, yielding an annual accumulation of roughly 4,815 miles per year. That places the car well below the typical mileage curve for its age cohort, which for an Evoque would generally be expected to run between 8,000 and 12,000 miles annually. The recorded progression also shows no abrupt jumps or anomalous gaps, suggesting either sustained light use or periods of inactivity rather than sudden intensive driving phases. From a mechanical standpoint, low annual mileage reduces cumulative load on the engine, transmission, and drivetrain components, but it concentrates wear risk on items that degrade through standing rather than running. Brake discs and pads suffer surface corrosion during inactivity, rubber components such as bushes, gaiters, and coolant hoses harden with heat cycling rather than calendar age, and 12V battery life is heavily influenced by time rather than distance. The 2023 advisories on the rear discs and pads sit within that context, being typical of corrosion and wear accumulation rather than heavy-use glazing. For a prospective buyer, the rear braking system is the area where the 2023 advisory cluster has the most direct implication. The pits and scores noted on both rear discs are characteristic of repeated low-speed and standing exposure, and a physical inspection should examine the disc faces for lipping, the pad material thickness against minimum specification, and the caliper slide pins for any binding or stiff movement. On a test drive, listen for any scraping or grinding from the rear axle under light braking, feel for uneven pull to either side, and check for a soft or excessively long brake pedal that could indicate a seizing rear caliper or hydraulic imbalance. The nearside rear tyre cut flagged in the same test should prompt an inspection of the current tyre sidewall for any repaired damage, bulges, or age-related cracking, with the production date of the fitted tyres worth confirming visually. The front tyres previously flagged as worn to the edge in 2019 should also be checked for uneven shoulder wear, which on the Evoque often points to worn front suspension components. Suspension and underbody integrity deserve specific attention given the model’s known susceptibility to corrosion on rear subframe elements, trailing arms, and brake line brackets. The vehicle should be raised or examined on a ramp for any surface rust advancing into structural members, paying close attention to the rear axle mounting points, the fuel and brake line runs along the chassis rails, and the exhaust hangers and heat shields. On the road, test over broken surfaces and speed humps for any clonking from the front suspension, which would indicate worn anti-roll bar drop links or control arm bushes, and check for vague steering, wandering, or tramlining that would suggest worn front bushings or track rod ends. Engine bay inspection should look for any oil residue around the cam cover, turbo oil feed lines, and the intercooler pipework, as Evoques of this era can develop minor oil seepage that worsens with age. Given the standing periods implied by the mileage pattern, the air conditioning compressor, electronic parking brake mechanism, and infotainment system should be checked for correct operation, and a full fluid condition assessment including brake fluid, coolant, and transmission oil is advisable given that low-mileage cars can have aged fluids that meet no distance-based service trigger but are nevertheless due for renewal.