2019 Land Rover Range Rover Velar 2.0L Diesel · OY69 XFP

The most recent DVSA test dated 25 July 2025 recorded a failure, principally for a dangerous rear‑brake pad thickness of less than 1.5 mm and a major fault with the engine malfunction‑indicator lamp (MIL) being inoperative or indicating a fault. Earlier that same day the vehicle passed with a series of advisories concerning tyre condition and mild scoring on all four brake discs, but the dangerous rear‑brake pad condition and the MIL fault outweigh those advisories. Over the preceding three years the MOT history was clean, with no recorded defects in 2023 and 2024, so the current failure represents a clear deterioration in the vehicle’s condition rather than an isolated, one‑off issue. At 30 726 miles the Range Rover Velar averages roughly 4 400 miles per annum, which is well below the typical usage pattern for a seven‑year‑old premium SUV. Such low annual mileage often points to extended periods of inactivity or limited use, which can be as consequential as high mileage in terms of component ageing. Prolonged standing can accelerate tyre perishing, promote internal corrosion of brake components, and allow battery electrolyte to stratify, while also allowing seals and gaskets to dry out, potentially leading to fluid leaks when the car is finally driven. The immediate mechanical concerns centre on the rear‑brake pads, which are dangerously thin and will need replacement before the vehicle can be safely driven. The advisory notes on all four brake discs indicate surface pitting and scoring; while not yet structurally compromised, they are likely to produce a noticeable shudder or pulsation under braking and will require resurfacing or replacement in the medium term. The front‑left tyre is flagged as slightly damaged or perishing – look for sidewall cracks, tread feathering and any bulges, and be prepared to replace it promptly. The inoperative MIL suggests a fault in the engine management system – a diagnostic scan should be performed to identify whether the issue is a faulty sensor, wiring fault or a more serious engine condition; any related warning lights, rough idle, loss of power or increased fuel consumption should be noted on a test drive. Given the vehicle’s age and low mileage, a thorough inspection of time‑related wear is advisable. Examine the tyre sidewalls on all four wheels for dry‑rot, especially on the rear tyres which may have been less frequently rotated. Check the 12 V battery for sulphation and verify its cranking voltage; a battery older than five years often requires replacement even if it still holds a charge. Inspect the suspension bushes, ball joints and anti‑roll bar links for any cracking or excessive play, as rubber components can deteriorate while the car sits. Verify that the brake fluid has been changed within the last two years and look for any signs of moisture ingress or corrosion on the caliper pistons. Finally, confirm that the service book shows regular oil, filter and coolant changes and that the timing chain or belt (as applicable) has been serviced according to the manufacturer’s calendar, since these items are driven more by elapsed time than by mileage on a low‑use vehicle.