2021 Land Rover R Rover Velar R-DYN S Phev A 2.0L Hybrid electric · CKZ 50

A single recorded MOT test dated 25 March 2025 produced a clean pass with no advisories or defects recorded, leaving the documented DVSA roadworthiness record for this 2021 Range Rover Velar PHEV exceptionally sparse to evaluate. With only one test on file and no prior advisories or failures to scrutinise, the historical data is insufficient to establish any meaningful mechanical trend, leaving the current condition largely dependent on what can be physically verified at the point of sale. The absence of any flagged items is a neutral data point rather than a positive endorsement, as a lone clean pass does not reveal how the vehicle has aged across its full five-year service life. The odometer reading of 52,306 miles over approximately five years equates to an annual accumulation of around 10,461 miles, which is broadly consistent with typical mixed private and business use for a premium SUV of this class. This usage rate generally indicates that the vehicle has been driven regularly enough to keep mechanical components, lubricants, and the high-voltage battery in active service rather than left standing for extended periods. There are no significant mileage gaps between tests to suggest long periods off the road, though the single recorded MOT means much of the early life mileage progression cannot be cross-referenced. For a plug-in hybrid of this age and specification, steady annual mileage is generally favourable for the long-term health of both the combustion drivetrain and the lithium-ion traction battery, provided the hybrid system has been regularly exercised through both electric and petrol modes. Given the lack of any flagged suspension, brake, or corrosion items in the MOT record, there is no specific component history to guide a targeted inspection. Nevertheless, the test drive should focus on the precise mechanical areas where a PHEV Velar of this age and mileage is most likely to present wear. Listen for any clonks or knocks from the front suspension over speed humps and uneven surfaces, paying particular attention to the upper and lower wishbones, anti-roll bar links, and front subframe mounting bushes, as these are known wear items on the platform. Under braking, check for any vibration through the pedal or steering wheel that could indicate warped front discs, and listen for any grinding or rubbing from the rear calipers which have a known tendency to bind on these vehicles, leading to uneven brake pad wear and potentially hot spots on the discs. Inspect the underside thoroughly for any signs of fluid leakage from the engine, gearbox, or rear differential, and check the condition of the coolant hoses and expansion tank for any signs of staining or weeping. Because the MOT record is silent on exhaust and underbody corrosion, a physical check of the rear silencer mounting, heat shields, and structural underbody panels is warranted, particularly around the rear subframe mounting points. The PHEV system should be exercised through both electric and petrol modes during the test drive, listening for any unexpected vibrations or warning messages on the instrument cluster, and verifying that the transition between power sources is smooth. Finally, check all tyres for even wear across their full width, as uneven inner or outer edge wear can reveal misalignment issues or suspension geometry wear that has not yet been formally recorded.