2021 Land Rover R Rover Velar Rdyn SE D Mhev A 3.0L Diesel · RC65 ARC

A consistent trajectory of first-time test passes defines the official roadworthiness history of this Range Rover Velar, culminating in a clean pass on 13th July 2026 at 43,200 miles with no structural or mechanical failures on record. Across four consecutive annual test events spanning from February 2024 to July 2026, the vehicle has avoided any test refusals or major component defects. This stable trend indicates that the core chassis, braking systems, and emissions equipment have met mandatory statutory standards during each inspection, though the record shows recurring minor attention required specifically regarding consumable rubber items on the front axle. Accumulating 43,200 miles over its five-year lifespan yields an average of approximately 8,640 miles per year, representing standard annual usage for a modern diesel mild-hybrid utility vehicle. The testing cadence reflects regular yearly appointments without extended gaps or unrecorded periods of storage, meaning the powertrain and auxiliary electrical systems have experienced continuous operation rather than the potential degradation associated with prolonged periods of sitting stationary. This expected mileage accumulation distributes wear evenly across the driveline and suspension architecture without pointing to severe fleet-style over-utilization or exceptionally light urban stop-start duty. Inspectors flagged front axle rubber wear during two separate test milestones, most recently noting on the July 2026 certificate that both the nearside and offside front outer tyres were worn close to the legal limit and worn on the edge, mirroring identical advisories issued in February 2025 where tread depths had reached 1.8mm on the 265/40R22 specification. During a prospective test drive, a buyer should closely evaluate the steering geometry and front suspension alignment for signs of tracking pull or uneven inner and outer shoulder degradation, as edge wear on low-profile 22-inch tyres can indicate incorrect camber settings or excessive play in steering joints and control arm bushes. Because this model utilizes sophisticated electronic air suspension and heavy alloy assemblies, prospective buyers should listen carefully for any knocking or clunking noises from the front end while navigating rough road surfaces or speed humps, verifying that the vehicle transitions smoothly between ride height settings without compressor hesitation. Furthermore, a thorough physical inspection of the front tyres is essential to confirm whether replacement has taken place following the latest test advisories, and the braking system should be tested for straight-line stability and absence of pedal vibration to ensure the high-torque diesel drivetrain and heavy rolling mass have not induced premature wear on brake discs and pads.