2024 Polestar 2 EV RWD Electric · OV74 ALU

No MOT test history is currently recorded for this 2024 Polestar 2 EV RWD within the DVSA database. This is entirely consistent with the vehicle's age, as cars in the United Kingdom are not legally required to undergo their first MOT test until they reach three years of age from the date of first registration. Given that the vehicle was manufactured in 2024, it would not be eligible for mandatory testing until sometime in 2027, meaning the complete absence of a test record at this stage is expected and should not be construed as a negative indicator. Because there are no prior pass or fail outcomes from which to draw a trend, no assessment of improving or worsening mechanical condition can be made through the MOT route. The prospective buyer must therefore rely entirely upon a physical inspection, any available service records from franchised Polestar or specialist EV retailers, and a thorough test drive. The recorded mileage for this vehicle is not available, which prevents a direct comparison between usage and its two-year age. For a vehicle of this type and age, an average annual mileage in the United Kingdom typically falls somewhere between eight thousand and twelve thousand miles, which would translate to an odometer reading broadly in the region of sixteen thousand to twenty-four thousand miles if the vehicle has been used regularly. It is important for the buyer to verify the exact mileage through the V5C registration document and the in-car digital odometer to ensure it is plausible and consistent. If the mileage is unusually low for a two-year-old EV, particular attention must be paid to the condition of components that degrade through standing rather than use. Conversely, if the mileage is notably high, a closer inspection of the high-voltage battery state of health, the electric drive unit, brake wear, and suspension components would be warranted. Because the MOT record is completely clean and the vehicle is still within its manufacturer warranty period, the focus of any pre-purchase inspection should centre on age and calendar-based deterioration rather than wear. The high-voltage battery pack is the single most expensive component on this vehicle, and the buyer should request a diagnostic readout of its current state of health, ideally using Polestar's official tooling or a specialist EV diagnostics service. The 12V auxiliary battery, which powers ancillary systems on this model, is known to suffer from premature depletion, and its age, voltage under load, and recent replacement history should be verified. Tyres fitted to an EV of this performance class are subject to significant rotational and acceleration torque, and even a two-year-old vehicle can exhibit uneven rear-axle wear; the sidewalls should be examined closely for cracking, perishing, or ozone degradation, particularly if the car has been kept outdoors. Brake discs on low-mileage EVs frequently suffer from surface corrosion due to the regenerative braking system doing most of the deceleration, so the buyer should look for any binding calipers, uneven pad deposits, or visible pitting on the disc surfaces during the test drive. During the road test, the prospective buyer should listen carefully for any abnormal suspension noises such as clonks or rattles from the front MacPherson strut or multi-link rear suspension, which can indicate worn bushes, top mount bearings, or coil springs. The steering should be checked for vibration, pulling to one side, or any hesitation under acceleration, as the latter may indicate a software calibration issue or, less commonly, a fault within the single rear-mounted electric motor. The charging system should be tested with both an AC Type 2 connector and, where possible, a DC rapid charger, noting any failure to initiate a session, excessive heat at the connector, or restricted charging speeds, all of which could point toward onboard charger degradation or thermal management faults within the battery pack. The tyre pressure monitoring system should also be confirmed as fully operational, and all driver assistance features, including the radar sensor, cameras, and parking sensors, should be verified for correct calibration. Finally, the vehicle's software version should be checked to confirm it is current, as Polestar regularly issues over-the-air updates that can address drivability, range, and thermal management concerns.