2017 Land Rover R Rover Velar R-DYN HSE D300 A 3.0L Heavy oil · DX67 XRG

A documented rear brake pad failure in October 2020 is the defining event in this Velar's MOT history, and it warrants primary attention from any prospective buyer despite the cleaner results since. On 15 October 2020 the vehicle was presented for test and immediately failed with a Dangerous defect recorded against the rear brake pads, which were found to be less than 1.5 mm thick, placing the car below the minimum legislative wear limit and presenting an imminent risk of brake failure. The same test also noted advisories on both the front and rear brake discs for wear, pitting and scoring. The very next day the vehicle was re-presented and passed, but the two brake disc advisories were carried forward onto the pass certificate, confirming that while the pads were replaced to clear the dangerous failure, the discs themselves were not renewed at that stage. Since then, four consecutive passes have been recorded between 2021 and 2025 with no further advisories of any kind, and the most recent test on 25 September 2025 recorded a clean pass with no defects. This pattern suggests the braking system has been addressed in the intervening years, but the 2020 episode remains the single most significant mechanical data point in the file and should inform any pre-purchase inspection priorities. At 71,165 miles over a nine-year life, this Velar is averaging roughly 7,900 miles per year, which is broadly consistent with typical private use and suggests the vehicle has been driven regularly rather than left standing for extended periods. The annual rate is moderate enough that major drivetrain wear would not normally be expected, but high enough that normal consumable replacement cycles for items such as brake components, tyres and suspension bushes will have been required multiple times over the vehicle's life. There are no extended gaps in the MOT history that would indicate a long period off the road, and the mileage accumulation between tests appears steady rather than showing any sudden spikes that might suggest a long motorway commute or commercial use. The continuity of testing from 2020 through to 2025 supports a working vehicle that has remained in active service throughout the period covered by the records. Given that the only recorded defects in the entire MOT history relate to the braking system, a prospective buyer should focus disproportionately on the current condition of the brakes, discs, calipers and associated hydraulics during a pre-purchase inspection. The 2020 advisories specifically noted pitting and scoring on both front and rear discs, which on a vehicle of this weight class typically recurs if the car is used heavily in stop-start traffic or if pads of incorrect compound have been fitted. On a test drive, listen for any metallic grinding or squealing from the wheels on light application, feel for any pulsation through the brake pedal that would indicate disc run-out or lipping, and check whether the vehicle pulls to one side under firm braking which could indicate a binding caliper or a seized slide pin. Inspect the discs visually through the wheels for a pronounced outer lip and a bright, polished surface that contrasts with the surrounding rusty iron, as this indicates the discs are worn close to their minimum thickness. Pay particular attention to the rear calipers and handbrake mechanism, since the original failure involved the rear pads specifically and Land Rover calipers of this generation are known for the rear caliper slider pins seizing if the vehicle has been subject to infrequent use or wet storage. Beyond the brakes, attention should turn to the areas most commonly affected on a Velar of this age and mileage, particularly the air suspension system, the rear drive unit and the underbody structure. On the test drive, listen for any clonks or knocks from the suspension over speed humps and uneven surfaces, which could indicate worn air spring bellows, leaking struts or failing compressor lines; the system may also struggle to raise the vehicle to off-road height or settle overnight, both classic symptoms of air spring dehydration or compressor wear. Feel for any vibration through the steering wheel at motorway speeds that would suggest a propshaft flex joint or rear driveshaft issue, and check for any clonking on tight manoeuvres that could indicate a worn rear differential mount or CV joint. Finally, inspect the underbody and wheel arches for any surface corrosion or evidence of fluid leaks from the engine, transfer box or rear differential, as the Velar's aluminium body panels are generally resistant to corrosion but the steel subframes, brake pipes and suspension arms remain vulnerable to road salt damage, and any such deterioration would be the most likely source of future advisories given the clean recent record.