2026 Polestar 2 Prime EV RWD Electric · OY75 FNP

At the time of assessment, there is no official DVSA MOT history recorded for this 2026 Polestar 2 Prime EV RWD. As the car is effectively brand new for the current registration year and has not yet reached the three-year threshold at which a first MOT test becomes mandatory under UK legislation, the absence of an MOT record is entirely expected rather than a concern. Without any prior test outcomes, advisories, or failure entries, there is no documented evidence of component wear, structural corrosion, brake deterioration, suspension degradation, or lighting defects that might otherwise indicate a maintenance trajectory. The prospective buyer can therefore consider the absence of MOT data to be neutral, reflecting its new status on the vehicle parc rather than suggesting any undisclosed mechanical concerns. Recorded mileage has been supplied as unknown, and there is insufficient data to draw meaningful conclusions about annual usage patterns. With the vehicle being a 2026 model, it would reasonably be expected to have only delivery mileage or very low early-life mileage at this stage, particularly given that it appears to be a recent registration still within any manufacturer warranty period. Without mileage consistency data or service history intervals logged, it is not possible to assess whether the vehicle has been used for predominantly urban, mixed, or motorway driving, nor whether it has experienced any periods of extended standing which can introduce specific concerns on an electric vehicle such as 12V auxiliary battery discharge, tyre flat-spotting, brake disc corrosion from lack of use, or degradation of brake fluid through moisture absorption rather than mileage accumulation. Given the absence of any recorded defects or advisories, the buyer inspection focus should logically shift towards age-relevant rather than wear-relevant checks. Tyres should be examined closely for sidewall perishing or cracking, as even very low use does not prevent the rubber compound from deteriorating through age, UV exposure, and ozone. Brake discs should be inspected for surface corrosion or any binding calipers, since EVs in particular rely heavily on regenerative braking, meaning the friction brakes may sit unused for extended periods and accumulate rust that can lead to juddering on initial application. The 12V auxiliary battery, which powers conventional ancillaries in an EV, should be load-tested to confirm it is holding charge adequately, as these batteries are notorious for premature failure through standing rather than cycling, and replacement outside the main traction battery warranty can be inconvenient. Brake fluid should be checked for age and contamination, as hygroscopic fluid degrades on a calendar basis regardless of mileage and typically requires replacement every two years to maintain system integrity. Finally, the buyer should verify the completeness of the Polestar service book or digital service record, ensuring that any pre-delivery inspection has been formally signed off and that any initial software updates, high-voltage battery health checks, or recall campaigns applicable to the Polestar 2 have been completed and documented by an authorised retailer. A diagnostic scan using Polestar-approved tooling would be prudent to confirm that no fault codes are stored within the battery management system, drive unit, or driver assistance modules, as EVs can mask drivetrain concerns that would otherwise present as test failures on a conventional internal combustion vehicle. A careful test drive should include steady-state motorway running, firm brake applications to confirm the friction brakes bite cleanly after potential corrosion, and careful listening for any suspension irregularities over uneven surfaces, given that even a new vehicle can occasionally exhibit transit damage or improperly seated components before delivery.