2018 Land Rover Range Rover Velar 2.0L Diesel · V11 HBP

A recurring pattern of tyre damage and front brake wear is the defining mechanical theme of this Velar's MOT history, with the September 2025 test producing the only failure on record due to an offside rear tyre cut deep enough to reach the ply or cords alongside an offside headlamp aim defect that was rectified the following day when the vehicle passed with no defects recorded. Braking components have been flagged across three consecutive annual tests, beginning in 2022 with corroded front brake discs and continuing through 2023 and 2024 with advisories for pitted or scored front brake discs and, by the 2024 test, front inner brake pads reported as wearing thin. Tyre condition has been a persistent concern as well, with cuts, cracking, perishing, or impact damage noted on the offside front, offside rear, nearside front, and a nail in the offside front tyre over the five-year testing window. The most recent pass on 14 August 2026 was clean, which suggests the immediate safety items were addressed, but the underlying trend across the earlier records points to a vehicle whose contact patches and friction surfaces have required regular scrutiny. With eight years of service and 60,909 recorded miles on the odometer, this Velar has averaged roughly 7,600 miles annually, a figure that is broadly typical for a premium SUV of its age and aligns with what one would expect from mixed private and light commercial use. There are no extended gaps in the testing record, with annual examinations consistently carried out from 2021 through 2026, indicating the vehicle has remained in regular service rather than being laid up for prolonged periods. At this mileage level, wear on suspension bushes, coil springs, anti-roll bar links, and drivetrain mounts becomes increasingly relevant, particularly given the Velar's air suspension specification and four-wheel-drive drivetrain, which place additional loading on underbody components. The relatively steady annual accumulation suggests no sudden long-distance usage that would accelerate wear beyond what the documented advisories already reflect. A prospective buyer should pay particular attention to the front braking system during a test drive, as three consecutive years of disc and pad advisories indicate a pattern rather than isolated wear. Expect to feel for any pedal judder under firm application, listen for grinding or scraping noises from the front calipers when cold, and check for uneven pad deposits on the visible edge of the discs through the wheel spokes, which would confirm scoring. Pulsation through the steering wheel during braking is another common symptom of distorted front discs on this model. The headlamp aim issue flagged in 2025 also warrants verification: with the vehicle parked on level ground facing a wall, both headlamp beams should sit symmetrically and below the horizontal cutoff line, and any recent bulb replacement or suspension work should be queried, as the Velar's automatic levelling system can drift out of calibration if ride-height sensors or compressor components are fatigued. Given the tyre-related advisories on virtually every test, a thorough inspection of all four tyres for sidewall bulges, cracking in the tread grooves, and any repair patches is essential, as repeated sidewall cuts on a vehicle of this weight and wheel size can compromise structural integrity even when repairs appear superficially sound. On the move, listen for any clonking or knocking from the front suspension over speed humps and uneven surfaces, which would point towards worn control arm bushes or top mounts, both known wear items on Velars at this mileage bracket. The air suspension should raise and lower smoothly without audible compressor cycling at standstill, and any warning messages regarding ride height should be investigated via a diagnostic readout. Finally, given the four-wheel-drive drivetrain, a steady-state road test on a curved section of dual carriageway should reveal any drivetrain vibration or binding from the transfer clutch or rear differential, symptoms which would not surface under normal MOT test conditions but carry significant rectification costs on this platform.