2019 Land Rover Range Rover Velar 2.0L Diesel · PD18 RBY

The Range Rover Velar presented a PASSED MOT on 10 April 2026, although the same inspection date records a Dangerous failure on the nearside and offside rear tyres for tread depth below the 1.6mm legal minimum, alongside a major failure for non-conforming front and rear registration plates. The rear tyres were subsequently replaced or brought to legal depth for the pass issued the following day, though advisories remain logged for both front inner tyres being worn close to the legal limit on edge. Reviewing the broader MOT history, the pattern suggests a vehicle that is broadly roadworthy but exhibits recurring wear items, with multiple tyre, brake disc, and brake pad advisories appearing consistently since 2023. The recurring registration plate non-conformance in 2025 and 2026 also indicates an owner attention issue rather than a mechanical concern. Overall the maintenance trend appears stable but with chronic wear characteristics typical of a heavy SUV used on mixed road surfaces. With 63,788 miles recorded over seven years, the Velar is driven approximately 9,113 miles annually, which is broadly typical for its age and class. There are no obvious long stationary gaps in the MOT cadence, with tests conducted annually since 2022, suggesting regular use which is beneficial for component longevity, particularly the 12V battery, brake discs, and drivetrain seals which suffer from prolonged standing. That said, 63,788 miles is approaching the mid-life threshold for a vehicle of this complexity, and accumulated wear on suspension bushes, coil springs, anti-roll bar links, and driveline components should be expected. The annual mileage places moderate but not excessive demand on consumables, and a full service history verifying regular oil and filter changes at correct intervals would be essential to confirm mechanical integrity. The recurring tyre advisories across multiple test cycles, particularly the inner edge wear on the front tyres noted in 2026, is a characteristic pattern worth scrutinising closely on a test drive. Inner edge wear on a Range Rover Velar often points to incorrect wheel alignment, worn suspension bushes, or sagging coil springs allowing negative camber to develop. A prospective buyer should listen for any clonks or knocks over speed bumps and uneven road surfaces, paying particular attention to front suspension geometry. Additionally, the 2023 advisories covering all four brake discs being pitted or scored and brake pads wearing thin suggest the braking system has since been overhauled, but the buyer should still perform a test drive checking for brake shudder under firm pedal application, any pulling to one side indicating a binding caliper, and a spongy or excessively long pedal travel suggesting caliper or hydraulic issues. Brake hose corrosion noted at the offside rear in 2024 and 2025 also warrants a close inspection of all flexible brake lines for surface rust or perishing, particularly where they pass close to the body or undertrays. Beyond the recorded defects, age and mileage appropriate checks are strongly advised. The 2019 Velar is now seven years old, so the 12V battery should be load tested, the air conditioning refrigerant and compressor function confirmed, and the timing chain or auxiliary belts inspected for any signs of cracking or stretch if applicable to the engine variant. Coolant, brake fluid, and automatic transmission fluid should have been replaced on a calendar basis regardless of mileage, as fluid degradation occurs with age rather than use, and verification of service book stamps or digital service records is essential. The tyres currently fitted should be examined closely for sidewall perishing and cracking, which is common on low-mileage or older tyres regardless of remaining tread. Finally, a thorough underbody inspection for corrosion to subframes, brake lines, exhaust mounting points, and suspension arms should be carried out, as Land Rover products of this era can exhibit structural corrosion concerns, and a diagnostic scan for any stored fault codes in the air suspension, infotrain, and Terrain Response systems would reveal any underlying electronic concerns not surfaced during the MOT inspection.