2026 Land Rover Range Rover SE D Mhev Auto Diesel · BU26 PVP

As a 2026 model year Range Rover SE D MHEV, this vehicle falls outside the standard three-year threshold that triggers mandatory DVSA roadworthiness testing for cars in Great Britain, which explains the complete absence of MOT history on file. From a mechanical roadworthiness standpoint, this means there are no recorded inspection outcomes, advisories, or failure points against which to evaluate braking systems, suspension components, structural corrosion, lighting, or exhaust emissions. The defining story here is simply one of unverified roadworthiness; without a test pass on record, no official confirmation exists that the vehicle meets minimum safety and environmental standards at the time of writing. Any prospective buyer should treat this blank record as neutral rather than reassuring, as a clean MOT history would be impossible to achieve for a vehicle of this age under the current testing regime. With the vehicle being effectively brand new for its model year and no mileage recorded across any test cycles, there is no accumulated data to assess annual mileage progression, testing gaps, or usage intensity. The mileage field is listed as unknown, and there are no annualised figures that can be derived from MOT readings to indicate whether this Range Rover has been used for high-mileage motorway commuting, low-mileage urban driving, or has potentially been stored for extended periods. Given that this is a current model year diesel mild-hybrid automatic with a recorded date of 2026, it is reasonable to anticipate that mileage will be modest in line with a relatively new vehicle, but this remains an assumption rather than a documented fact. A pre-purchase inspection and verification of the current odometer reading against the seller's records is therefore essential. From a buyer guidance perspective, the absence of MOT history shifts the inspection burden entirely onto a physical appraisal, and particular attention should be paid to components commonly subject to early wear or factory recall on premium SUVs of this class. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, particularly from the upper and lower wishbones, anti-roll bar drop links, and air suspension struts if fitted, as these are known wear items on Range Rover products. Check for any steering pull, vibration through the wheel at speed, or uneven tyre wear, which could indicate alignment issues or premature suspension component fatigue. Inspect the brake discs and pads for any scoring, lipping, or uneven wear, and confirm that the calipers release cleanly without binding, which is a common issue on vehicles that have sat on a forecourt for prolonged stretches. Given the diesel mild-hybrid powertrain, particular care should be taken during the cold start to observe any excessive smoke from the exhaust, irregular idling, or hesitation under acceleration, as these symptoms could indicate AdBlue system faults, DPF regeneration issues, or turbocharger concerns that would not yet appear on any MOT record. Examine the underbody, wheel arches, and suspension subframes for any signs of surface corrosion or fluid leaks, even on a low-mileage vehicle, as factory protective coatings can sometimes be incomplete. Verify that all dashboard warning lamps extinguish promptly after ignition and that the MHEV system functions correctly, with smooth transitions between engine and electrical assistance. Finally, ensure that the vehicle's full Land Rover service history, build sheet, and any outstanding manufacturer recalls are documented, as the lack of MOT data places greater weight on the manufacturer's own quality control record.