2019 Land Rover Range Rover Velar 2.0L Diesel · SW19 JVN

The most recent DVSA examination on 24 February 2026 resulted in a Pass, though two advisories were issued that warrant attention. The first noted corrosion across all brake discs, while the second recorded a nearside front tyre worn close to the legal limit and showing edge wear. The broader MOT history over the preceding four years demonstrates a pattern that suggests progressive wear rather than acute neglect, with the vehicle passing on each subsequent re-test after defects were addressed. The earlier failure on 24 March 2025 relating to an inoperative or malfunctioning Engine Management Indicator Lamp is a notable concern, as a persistent or recurring MIL illumination could indicate underlying faults within the engine management, emissions, or sensor systems that may not have been fully resolved. The rear brake assembly has consistently attracted advisories for worn pads and pitted or scored discs since 2022, culminating in a Dangerous rear brake pad failure in March 2023, which suggests the braking system has been operating at the threshold of acceptability for some time and will require close scrutiny. With 68,291 miles recorded over approximately seven years, this Range Rover Velar has covered an average of around 9,756 miles annually, which is broadly typical for a vehicle of its age and class. There are no significant gaps in the annual MOT record, indicating consistent use rather than extended periods of standing, which is generally favourable for mechanical components susceptible to deterioration through inactivity, such as brake calipers, seals, and the 12V battery. This steady mileage pattern suggests that consumable items including tyres, brake friction material, and filters will have been replaced in line with normal wear expectations, and that the drivetrain is unlikely to have suffered from prolonged disuse. Given the recurring advisories for brake disc corrosion and rear brake wear, a prospective buyer should carry out a thorough physical inspection of the braking system. Corroded discs can lead to brake shudder, vibration through the pedal, and uneven friction material wear, particularly after the vehicle has been standing or during wet weather. The rear brake pads and discs should be measured for remaining friction material thickness and checked for lipping or excessive run-out, while the nearside front tyre should be examined for uneven shoulder wear which may indicate a tracking, suspension geometry, or camber issue. On a test drive, listen for any binding calipers that cause the vehicle to pull to one side, and feel for pulsing through the brake pedal that would suggest warped or excessively corroded discs. The rear tyres, which were previously noted as worn to 2mm on both sides, should also be checked for age-related sidewall cracking given that tyres older than five years from manufacture can perish even if the tread depth remains legal. Beyond the documented MOT items, attention should be paid to components that deteriorate with calendar age irrespective of mileage. The brake fluid should be checked for its date of last renewal, as moisture absorption reduces its boiling point over time and can lead to brake fade under heavy use. Coolant, transmission fluid, and differential fluid on this four-wheel-drive platform are also subject to time-based degradation and ideally should have been replaced according to manufacturer service intervals rather than purely on a mileage basis. The air suspension system, if fitted, should be inspected for any warning messages, slow lifting, or sagging overnight, as air struts and the compressor are known wear items on the Velar. Under the bonnet, inspect for oil weepage around the engine and turbocharger pipes, examine the condition of the drive belts, and verify that the 12V battery holds a stable charge, as flat standing periods or short journeys can shorten its life. Finally, confirm the service book stamps and digital service history, paying particular regard to any record confirming rectification of the 2025 MIL fault, as unresolved engine management issues can quickly develop into more serious mechanical or catalytic converter failures.