2019 Land Rover Range Rover Velar 2.0L Petrol · AM51 NAS

This 2019 Range Rover Velar presents an unblemished DVSA roadworthiness record across its observed testing history, with each annual assessment returning a clean pass and zero recorded advisories or failures. The most recent test on 12 August 2025 confirmed continued compliance, mirroring the identical outcomes logged on 13 August 2024, 25 August 2023, and 7 September 2022. While a defect-free MOT history is a positive indicator, it is important to recognise that the MOT scheme is a minimum safety and emissions standard rather than a comprehensive mechanical health check. Components such as the air suspension struts, electronic dampers, transfer box, active rear locking differential, and the complex array of sensors associated with Terrain Response are not subject to specific MOT scrutiny, meaning latent wear or early-stage faults in these areas would not be reflected in the test record. With 59,926 miles recorded against a 2019 first registration date, the vehicle is accumulating mileage at an average rate of roughly 8,561 miles per year, which sits squarely within typical usage parameters for a premium SUV of this age. There are no gaps in the annual testing history to suggest extended periods off the road, and the consistent year-on-year attendance indicates regular use. This kind of mileage profile generally means the brake discs and pads, tyres, and major drivetrain consumables have seen proportionate wear, rather than the accelerated degradation often seen on high-mileage examples or the brittle ageing of components associated with very low-mileage garage-kept cars. For a Velar, however, attention should still be paid to the cumulative effect of typical mileage on the air suspension compressor and air springs, which can suffer internal seal fatigue well before major mechanical components display obvious symptoms. When inspecting the vehicle in person, prioritise a thorough examination of the air suspension system. Listen for the characteristic groan of the air compressor running excessively on cold start, which often indicates a leaking air spring or drier unit, and observe whether the vehicle settles noticeably overnight by checking ride height in the morning against a subsequent measurement. On a test drive, pay close attention to any harshness transmitted through the cabin over uneven surfaces, as worn air springs lose their ability to isolate road imperfections and may produce a clonking noise on full compression. Additionally, examine the bodywork and lower tailgate for signs of water ingress, a known Velar concern, and check the operation of the powered gesture tailgate, which relies on struts prone to premature failure. Inspect the rear bumper for cracking around the number plate lamp area, another common Velar issue, and verify the seamless operation of the flush door handles, ensuring they deploy and retract smoothly without sticking. Under the bonnet, although the MOT history is silent on oil leaks, it is prudent to look for any misting around the cam cover gaskets and the Ingenium engine oil filter housing, as even minor seepage can lead to oil tracking onto the exhaust manifold. During the test drive, assess the transmission behaviour, as the ZF eight-speed automatic should deliver imperceptible shifts; any hesitation, shunt, or delayed kickdown could suggest adaptation issues or mechatronic wear. Test the steering for any pulling or vibration, particularly under braking, which would warrant close inspection of the front brake discs for hot-spotting or lateral run-out. Finally, ensure all electronic systems function correctly, including the infotainment touchscreen responsiveness, the surround-view camera clarity, and the operation of the matrix LED headlights, as electrical gremlins and component failures in these areas are typical Velar concerns that an MOT assessment would not detect.