2019 Land Rover Range Rover Velar 2.0L Diesel · X321 ACH

A clean run of four consecutive passes from 2023 through February 2026 frames the roadworthiness picture for this Velar, but a single failure event sits within that sequence and warrants careful attention. The vehicle presented at test on 17 February 2024 and failed on two major defects: an offside side repeater that was not functioning and an offside front tyre of a different size fitted to the same axle as its partner, which on a four-wheel-drive platform raises legitimate questions about whether an incorrect replacement wheel had been substituted. The same test also recorded an advisory noting that the offside front upper wheel and tyre were protruding beyond the wheel arch, with the advisory text explicitly stating the suspension arm was very close to the tyre. Both points were remedied, as the immediately subsequent test on the same date is recorded as a pass, and no further advisories relating to geometry, tyre fitment, or suspension clearance have appeared in the 2025 and 2026 examinations. That said, a buyer should not treat the clean recent record as conclusive, because the original advisory suggests the front suspension geometry or arm clearance may have been borderline even after the tyre correction. At 49,946 miles over seven years, the Velar is accumulating roughly 7,135 miles annually, which sits close to the typical usage band for a vehicle of this age and class. The annual MOT cadence is consistent from 2022 through 2026 with no apparent gaps, indicating the vehicle has remained in regular use rather than laid up for extended periods. This continuous running pattern is mechanically beneficial, as it reduces the likelihood of dried brake fluid, seized calliper pistons, perished rubber boots, and flat-spotted tyres that commonly afflict low-mileage or stored vehicles. However, the cumulative mileage is now substantial for a premium SUV of this vintage, and although MOT testing does not assess wear-and-tear components short of their service limits, the recorded kilometres place moderate demands on the braking system, suspension bushes, coil springs, and drivetrain components that will not yet be reflected in the official record. The tyre fitment failure is the most directly actionable item for any prospective buyer to verify. Confirm that all four wheels are identical in manufacturer, size, load rating, and speed rating, and that the offside front assembly sits cleanly within the wheel arch with adequate clearance to the upper suspension arm. On a test drive, listen for any clonking or knocking from the front suspension over speed humps and uneven surfaces, particularly from the offside, and pay attention to any steering pull to the left that might indicate geometry disturbed by the earlier tyre mismatch. Inspect the offside front tyre shoulder for uneven wear, which can betray an underlying camber or tracking issue rather than a simple substitution error. Beyond the flagged items, the absence of corrosion advisories across six tests is notable for a Range Rover product, as this brand is frequently recorded with underbody and subframe rust. Nonetheless, an independent underbody inspection remains worthwhile, with particular focus on the front subframe mounting points, rear suspension links, and brake pipe runs along the chassis. On road, the vehicle should track straight under braking without vibration through the pedal, and the electronic air suspension if fitted should level promptly on start-up without warning messages. Verify that all side repeater lamps, indicators, and lighting functions operate correctly, as the recorded repeater failure demonstrates that lighting checks are not merely a formality. Finally, a diagnostic scan for any stored suspension, drivetrain, or electronic stability control fault codes is advisable given the recorded mileage and the known complexity of Velar electronics.