2026 Polestar 2 Prime EV RWD Electricity · OV26 ECT

As of the assessment date of 2 September 2026, no official DVSA MOT test history is recorded for this vehicle. This is entirely expected because the Polestar 2 is a relatively new model and the vehicle in question is a 2026 registration, meaning it has not yet reached the three-year anniversary of its first registration that triggers compulsory MOT testing under current UK roadworthiness regulations. Without any prior test results, advisories, or failure points on record, there is no longitudinal trend to evaluate regarding mechanical deterioration, structural corrosion, or component wear. The absence of MOT data therefore precludes any assessment of maintenance stability or decline based on official records. The recorded mileage for this vehicle is not documented within the available data, and there is insufficient historical information to establish an accurate annual usage rate. Without mileages recorded against specific test dates, it is impossible to determine whether the vehicle has been used for predominantly short urban trips, longer motorway commutes, or has experienced periods of standing inactivity. Given the vehicle's age of less than one year, the current odometer reading could plausibly range from delivery mileage to several thousand miles, and prospective buyers should verify the displayed mileage against the warranty and service records directly with the supplying dealer or previous keeper. For an electric vehicle of this type, low annual mileage can introduce specific considerations regarding battery management system calibration and brake disc corrosion due to reduced regenerative braking engagement. Given that this Polestar 2 has no MOT history and is still within its first year of registration, the prospective buyer should focus their inspection efforts on dealer-fitted components and early-life quality assurance matters rather than traditional wear items. Verify the integrity of the 12V auxiliary battery, as modern EVs still rely on a conventional lead-acid unit for ancillary systems which can deteriorate prematurely under certain usage patterns, and confirm that the high-voltage traction battery state of health indicator shows expected capacity retention. Inspect the tyres carefully for any signs of sidewall perishing, uneven tread wear indicative of suspension misalignment, or kerbing damage, paying particular attention to the specific low-rolling-resistance fitment often supplied with electric vehicles. On a test drive, listen for any abnormal suspension noises, steering irregularities, or regenerative braking inconsistencies, and verify the operation of all driver assistance systems including parking sensors and the reversing camera. Finally, although mechanical service intervals on electric drivetrains are substantially extended compared to combustion vehicles, brake fluid should still be replaced every two years regardless of mileage due to its hygroscopic nature absorbing moisture over time, and the coolant circuits for both the traction battery and power electronics require periodic inspection per manufacturer schedule. Confirm that the tyre repair kit or space-saver spare is present, that the charging cable and accessories are complete, and that all software updates have been applied through the official Polestar over-the-air system or dealer facility. Ensure all associated documentation including the charging network access information, warranty pack, and any remaining new vehicle warranty provisions are present and in order. A pre-purchase inspection by an independent specialist familiar with high-voltage electric vehicles would be prudent to confirm the integrity of the underbody battery enclosure, high-voltage cabling, and charging port mechanism, none of which would normally be flagged through a conventional MOT at this early stage of the vehicle's life.