2024 Polestar 3 Pilot + EV AWD Electric · OV74 KXS

The 2024 Polestar 3 Pilot Plus EV AWD has no recorded DVSA MOT test history at this stage. As the vehicle is first registered in 2024, it will not be required to present for its first MOT until three years after registration, which places the first statutory roadworthiness examination around 2027. Consequently, there are no advisories, failure points, or wear patterns recorded against which a maintenance trend can be established. The absence of any MOT data is therefore entirely consistent with the vehicle's age and does not indicate neglect or undisclosed defects. A prospective buyer should simply note that the earliest official DVSA record will not exist for some time, and any evaluation of mechanical condition at present must rely solely on a pre-delivery or independent inspection rather than historical pass-fail data. Regarding mileage, no recorded odometer reading has been supplied, and there is insufficient data to establish an annual usage rate or compare it meaningfully against the vehicle's age. A 2024 registration with unknown mileage could indicate anything from very low, predominantly urban running to high motorway accumulation, each carrying different implications. For an electric vehicle of this age and specification, high annual mileage is less mechanically taxing than on a combustion car due to fewer wear components such as clutches and exhaust systems, though the battery pack state of health, drive unit cooling systems, and suspension components will still accumulate wear in proportion to usage. The prospective buyer should request full service history documentation, including digital records, to verify any mileage recorded between annual Polestar service inspections. Given the clean and sparse MOT record combined with the vehicle's youth, practical inspection focus should shift toward age-related degradation rather than wear-related defects. Tyres fitted to a 2024 car should be examined for manufacturing date codes, as compounds degrade from approximately five years onwards regardless of tread depth, and sidewalls should be checked for perishing or cracking from UV exposure. The 12V auxiliary battery, separate from the high-voltage traction pack, should be tested for state of charge, as low-voltage batteries in EVs are prone to silent failure from infrequent use and can cause a host of electronic faults if degraded. Brake discs on EVs suffer particular corrosion from regenerative braking reducing pad application, so binding calipers and surface rust should be inspected carefully, especially on the driven axle. The Polestar 3's high-voltage battery and electric drive units require particular attention during a physical inspection and test drive. A battery health diagnostic via a Polestar service centre will confirm State of Health and any cell deviation, while listening for unusual whines, hums, or clunks from the twin drive units on a road test will indicate bearing or gear wear. Coolant systems for both battery thermal management and drive unit cooling should be examined for leaks, and the charging port, high-voltage cabling, and orange HV cables inspected for damage or contamination. On a test drive, the driver should listen for suspension clonks over speed humps, particularly from the rear multilink geometry, watch for any imbalance in the regenerative braking system, and verify smooth operation of the automatic parking systems and adaptive dampers. Given the vehicle's two-year age, brake fluid should have been or be approaching its first scheduled change regardless of mileage, and a full Polestar service stamp should be present to confirm the high-voltage battery and drivetrain have been checked to manufacturer schedule.