2016 Land Rover Range Rover Evoque 2.0L Diesel · RY16 AXB

The Evoque presents a stable and improving mechanical trend, culminating in a completely clean pass on 30 June 2025 at 57,244 miles with zero defects recorded. The recurring brake issues that appeared in earlier tests have entirely resolved. Between 2021 and 2022, the tester repeatedly flagged worn and pitted brake discs alongside thinning rear pads, indicating a period where basic consumable upkeep lagged. The absence of these defects in three consecutive subsequent tests suggests the braking system was fully overhauled, reflecting a distinct shift toward diligent maintenance by the current keeper. The recorded mileage of 57,244 miles equates to an average annual accumulation of roughly 5,724 miles, which is notably low for a ten-year-old vehicle. The MOT records reveal a steady, consistent progression without alarming gaps or sudden spikes in distance covered. From 35,669 miles in July 2021 to 57,244 miles in June 2025, the vehicle has covered approximately 21,575 miles over four years, averaging around 5,394 miles annually. Such low mileage typically limits wear on drivetrain components and suspension bushes, though prolonged periods of standing can cause latent issues like seized calipers or perished rubber seals, which the 2022 tyre advisory briefly highlighted. Despite the clean recent history, a prospective buyer must physically inspect the underside for signs of corrosion, a common affliction on Land Rovers of this era, particularly around the chassis mounts and suspension arms. The 2022 advisory regarding cracking or perishing tyres, combined with the low mileage profile, raises questions about age-related rubber degradation rather than wear alone. Check the sidewalls of all four tyres, including the spare, for dry rot and cracking, as a decade of UV exposure degrades rubber regardless of tread depth. Examine the brake discs and pads for uneven wear or lipping, ensuring the 2021 and 2022 pitting issues were rectified with quality replacement parts rather than merely patched. Operate the vehicle at low speed to detect any binding calipers, a condition that can re-emerge if the vehicle has stood idle for extended periods. Verifying the structural integrity of the subframes and exhaust system will confirm whether this low-mileage usage has kept the vehicle free from the moisture ingress and rust that often plague rarely driven SUVs.