2022 Land Rover R Rover Velar R-DYN HSE Phev A 2.0L Hybrid electric · SA70 DER

The recorded roadworthiness history for this 2022 Land Rover Range Rover Velar PHEV is sparse but entirely positive, with a single MOT pass recorded on 26 November 2025. The vehicle was first tested at just over three years old and passed with no advisories, no failures, and no component defects noted, meaning the inspecting station did not identify any items requiring attention at that time. Because this is the only test on file, there is no multi-test trend to evaluate for progressive wear, recurring advisories, or escalating component deterioration. The absence of any advisory items at the only test removes any direct, recorded evidence of early concerns with braking components, suspension bushes, underbody corrosion, or exhaust integrity that a buyer might otherwise need to investigate. The recorded mileage of 7,109 miles against an approximate four-year age equates to an average annual accumulation of around 1,777 miles, which is notably low for a vehicle of this type and sector. There is no recorded test history prior to November 2025, consistent with a car that may not have reached the three-year MOT threshold until late in its fourth year due to its registration date. Such low annual mileage raises specific mechanical considerations: brake discs and pads can suffer from surface corrosion and bedding issues due to infrequent use, the 12V auxiliary battery and the high-voltage PHEV traction battery can both be affected by prolonged periods of low activity, tyre sidewalls can develop flat-spotting or age-related cracking, and various rubber seals and CV/half-shaft boots can degrade without the benefit of regular flexing. The relatively short annual mileage also means wear-related items such as brake friction material, tyres, and suspension bushes are unlikely to be heavily consumed, but they are equally unlikely to have been exercised into a fully bedded, healthy operating state. For a prospective buyer, the test drive should focus on the symptoms that low-mileage PHEV vehicles commonly exhibit rather than the specific advisories that would typically appear in a longer MOT history. On the move, listen for any binding or rubbing from the front brakes, which would suggest corroded pads sitting against the discs, and feel for a lumpy or juddering sensation through the brake pedal during the first firm application. Pay close attention to the operation of the regenerative braking system and the transition between regenerative and friction braking, as inconsistent pedal feel is a known characteristic of lightly-used hybrids and PHEVs. On uneven surfaces, listen for clonks or creaks from the suspension, particularly over speed humps and potholes, as lightly-loaded vehicles with limited mileage can still develop dry or perished bushes. Check that the petrol engine starts readily after the high-voltage system has been depleted, as infrequent use of the internal combustion element of a PHEV drivetrain can lead to stale fuel, oil glazing, and starter motor sluggishness. Beyond the test drive, a pre-purchase inspection should prioritise the items that MOT testing does not cover in depth but that a low-mileage plug-in hybrid is particularly exposed to. A battery health report for the high-voltage pack is essential, as PHEV traction batteries degrade with calendar age regardless of mileage, and the unit fitted to this Velar should be checked for state of health and any logged fault codes. The tyres should be examined for manufacture date stamps and any signs of sidewall cracking, as four-year-old rubber on a lightly-driven vehicle can perish well before the tread is consumed. The brake fluid should be tested for moisture content regardless of the MOT record, and the coolant, PHEV system coolant, and reduction gear oil should be confirmed as being within manufacturer service intervals, because a low annual mileage can easily mask the fact that a time-based service is overdue. Finally, confirm with the supplying dealer or previous keeper that the vehicle has been plugged in and driven under both electric and hybrid modes on a regular basis, as long periods of one-mode-only operation can mask faults in the other powertrain.