2026 Land Rover Range Rover Sprt DYN SE Phev A 3.0L Hybrid electric (clean) · BD26 AVU

With the registration showing a 2026 build date and no MOT history on the DVSA database at all, the defining mechanical story here is simply the absence of any statutory roadworthiness evidence. As of the assessment date of September 2026, a vehicle first registered in 2026 would not normally be due its first MOT test until three years after registration, so the lack of recorded tests is entirely expected and cannot be taken as an indication of mechanical condition, reliability, or prior maintenance. There are no advisories, no failures, and no recorded observations of any kind, which means a prospective buyer has no historical data from which to draw conclusions about corrosion patterns, suspension wear, brake life, or any other wear-based component. The roadworthiness picture for this Range Rover Sport plug-in hybrid is, from an MOT standpoint, an unwritten page. Mileage is recorded as unknown, and there is insufficient data to draw any conclusions about annual accumulation or usage patterns. Because the vehicle is effectively new, any mileage reading at the point of sale would represent only delivery, transport, and initial driving mileage rather than long-term wear accumulation. For a PHEV of this type, the mechanical picture is also complicated by the dual powertrain, where component wear on the combustion side is heavily dependent on how often the vehicle is run on petrol versus electric-only operation. Without mileage context, there is no way to gauge whether the brake discs and pads have been subject to the typical low-wear pattern associated with heavy EV-mode regen use, nor whether the combustion engine has accumulated enough running hours to stress the hybrid ancillaries, charge port hardware, or 12V support battery. Any meaningful mileage-based assessment would require the current odometer reading to be confirmed directly from the dashboard at the point of inspection. Because no MOT defects or advisories have been recorded, specific buyer guidance must necessarily focus on the components most commonly flagged on PHEV variants of this platform, particularly once the vehicle enters the MOT testing cycle from 2029 onwards. On a test drive, the buyer should pay particular attention to the operation of the regenerative braking system, listening for any binding calipers, uneven pedal feel, or judder under light braking that could indicate warped front discs from prolonged low-friction EV driving. The coil spring and suspension arm assemblies on this platform are known to suffer from premature bush wear, so any knocking, clonking, or vague steering response over uneven surfaces should be investigated, particularly around the front lower wishbones and anti-roll bar linkages. Tyres should be inspected for uneven inner or outer shoulder wear, which on a heavy SUV with significant unsprung mass can indicate alignment or suspension geometry issues long before an MOT would flag them. Given the plug-in hybrid specification, the buyer should also scrutinise the high-voltage charging system, the integrity of the charge port flap and cable, and any warning messages relating to hybrid system faults on the driver information display. The 12V auxiliary battery, while not a flagged item, is worth confirming as healthy because flat or weak 12V units on PHEVs frequently cause non-start conditions and spurious drivetrain warnings. Under the vehicle, an inspection for any oil misting around the combustion engine's cam cover or sump, any coolant staining around the radiator and expansion tank, and any corrosion starting to form on the underbody structural panels would be prudent given that a 2026 example will eventually face its first MOT in three years. Finally, because the DVSA record is entirely blank, a pre-purchase inspection by a qualified independent technician familiar with the PHEV powertrain would be the only reliable way to establish a baseline condition before the vehicle's first statutory test.