2015 Land Rover Range Rover Evoque 2.0L Diesel · ST14 RYL

A pattern of advisories centred on the braking and tyre components emerges from the DVSA history, with brake wear flagged on two separate occasions alongside tyre tread concerns, before the record clears in successive passes through to 2024 and the most recent test on 23 January 2026 where no defects were recorded. The single failure recorded, on 10 January 2022, was a minor electrical defect concerning an offside rear stop lamp not functioning, which was evidently remedied quickly given the car returned to pass on 18 January 2022 with no associated advisory. The 2020 advisories of front and rear brake pads getting low and offside tyres approaching 3mm of remaining tread were not carried forward into later tests, suggesting replacement work was undertaken. The later record from 2022 to 2026 is free of mechanical advisories, with only a child seat fitment and undertrays noted, which are operational rather than wear-related observations. Taken together, the trend is one of stable roadworthiness with a defined historical focus on the braking system that does not appear to have recurred. Against an 11-year lifespan, the 83,904 recorded miles equates to roughly 7,628 miles annually, which sits broadly in line with typical usage for a vehicle of this age. The testing history is consistent and uninterrupted, with annual or near-annual entries between 2020 and 2026, giving a continuous snapshot of the vehicle's mechanical state over six years without any extended period off the road. The mileage progression implied by these tests points to steady accumulation rather than long stationary gaps or sudden spikes, which is mechanically favourable as it reduces the likelihood of seized components, dried rubber seals, or deteriorated brake fluid that tends to afflict vehicles left unused. For an SUV of this size and weight, this level of use is enough to keep driveline and suspension components working without imposing extreme duty cycles, meaning wear should be largely proportional to age rather than compounded by high mileage stress. A prospective buyer should nonetheless focus the inspection on the brake system given the historical advisories. On the test drive, listen for any grinding, squeal, or pulsation through the pedal that would suggest the discs noted as pitted and scored in 2021 have since deteriorated or that the calipers are binding, particularly under repeated stops from higher speeds where warped discs become more apparent. Inspect the inner and outer faces of all four discs for lipping or corrosion ridges, and check pad material thickness directly through the caliper aperture. Tyres warrant close scrutiny given both the nail-in-tyre advisory from 2021 and the low-tread advisory from the same year; uneven shoulder wear may indicate suspension geometry issues, while inner-edge wear can point to camber irregularities common on this platform. Confirm the age of the current tyres and ensure they are a matching set of appropriate size. Beyond the brake and tyre items, a thorough evaluation should include the suspension linkages, bushes, and anti-roll bar drop links typical of this model, as these are known to perish with age regardless of mileage. Push and rock each corner to detect slack in the front lower wishbones and rear hub carriers, and listen for clonks or knocks from the front end over speed humps and uneven surfaces that could indicate worn top mounts or spring seat deterioration. Check the underside for any corrosion, particularly around the subframe mounting points, exhaust hangers, and brake pipe unions, as salt exposure over eleven winters can compromise these areas even on lower-mileage examples. Finally, verify the function of all exterior lamps including the offside rear stop lamp that caused the 2022 failure, and confirm that the rear light cluster and wiring are intact, as intermittent faults on this circuit have a habit of returning if the underlying connector corrosion was not properly addressed at the time of repair.