2022 Land Rover Range Rover Velar R-DYN HSE A 2.0L Petrol · BO22 KAZ

A recurring pattern of front brake disc wear defines the documented roadworthiness of this Range Rover Velar, which secured a pass on April 7, 2026, at 26,842 miles. While the vehicle holds a straightforward compliance record without any recorded statutory test failures, consecutive MOT examinations have highlighted progressive wear on the braking hardware. The 2025 test flagged both front brake discs as pitted on their inner faces, and the subsequent 2026 inspection reiterated this finding with specific advisories noted for both the nearside and offside front discs being worn, pitted, or scored. This persistent structural flagging on heavy-duty components indicates that the friction surfaces are deteriorating prematurely relative to the vehicle's age, warranting careful monitoring of stopping performance. Accumulating 26,842 miles over its four-year lifespan yields an average of roughly 6,710 miles annually, representing a standard usage profile that neither overworks the mechanical architecture nor leaves the vehicle sitting idle for extended periods. This moderate mileage accumulation means that high-stress drivetrain components, complex electronic systems, and heavy suspension assemblies have experienced typical operational wear rather than accelerated fatigue. However, because the vehicle operates within a luxury SUV segment featuring substantial kerb weight and intricate multi-link suspension geometries, normal mileage still places significant physical demands on wheel bearings, steering joints, and the braking system. During a static inspection and dynamic road test, the prospective buyer must thoroughly investigate the condition of the front braking system highlighted in the official records. Inspect the visible faces of the front brake discs through the alloy wheels for deep scoring, heavy pitting, or a pronounced lip on the outer edge, and check the inner friction surfaces with a torch to verify the extent of the corrosion noted by previous testers. On the test drive, pay close attention to any vibration, judder, or pulsing transmitted through the brake pedal or steering wheel when decelerating from motorway speeds, as these symptoms confirm warped or unevenly worn discs that will require immediate replacement. Beyond the braking system, the test-drive evaluation should encompass the overall ride quality and structural composure of this heavy all-wheel-drive platform. Listen carefully for any dull knocks, clunks, or rattles originating from the front suspension over speed humps and broken urban tarmac, which would point toward wear in the control arm bushes or anti-roll bar drop links. Ensure the vehicle tracks straight under braking and acceleration, and verify that the electronic air suspension or conventional damping system transitions smoothly between settings without sagging or generating excessive body roll through tight corners.