2022 Polestar 2 Plus EV AWD Electricity · OV22 YSO

The vehicle's most recent official DVSA MOT test, conducted on 15 May 2025, resulted in a pass with no defects or advisories recorded. As this represents the only recorded test within the provided history and the outcome was clean, the immediate regulatory roadworthiness status is satisfactory. With only a single test on file and no prior history to compare against, it is not possible to definitively establish a longitudinal trend of improvement or deterioration. The absence of advisories is a positive indicator, but a prospective buyer should recognise that MOT testing is a minimum statutory standard and does not preclude the existence of developing mechanical or component-related issues that have not yet reached failure threshold. A clean single test should therefore be viewed as a baseline rather than conclusive proof of overall mechanical condition. With a recorded mileage of 36,863 miles over an approximate four-year ownership period, the vehicle is being utilised at an annual rate of roughly 9,216 miles per year. This is broadly consistent with typical usage patterns for a modern electric vehicle in a UK context, and does not suggest either excessively low or disproportionately high wear accumulation. There are no significant gaps in the recorded mileage that would imply extended periods of standing, which can be particularly relevant to an EV where prolonged inactivity can affect high-voltage battery conditioning, 12V auxiliary battery longevity, brake disc corrosion due to reduced regenerative usage, and tyre perishing from stationary load. Equally, the mileage is not at a level where major electric drivetrain components would be considered heavily stressed. Given the limited MOT history and the nature of electric vehicle architecture, prospective buyers should focus on age and calendar-based servicing considerations rather than purely mileage-driven wear items. Tyres should be physically inspected for sidewall cracking, perishing, or uneven tread wear, as age-related degradation can occur even with adequate tread depth. The 12V auxiliary battery should be assessed for state of health, as failure of this component is a common cause of non-start conditions in EVs and is not always flagged on MOT. Brake discs and calipers should be examined for corrosion or binding, particularly if the vehicle has been driven predominantly in urban conditions with heavy regenerative braking, which can lead to rear caliper seizure. Additionally, the high-voltage battery pack should be verified for its state of health through diagnostic equipment, and confirmation sought that all time-based servicing such as coolant replacement, brake fluid changes, and cabin filter renewal has been completed in accordance with manufacturer schedules. On a physical inspection and test drive, particular attention should be paid to any warning messages on the driver display relating to battery management, drive unit faults, or charging system irregularities. Listen for any unusual noises from the suspension, particularly clonks or rattles over uneven surfaces, which could indicate wear on components such as anti-roll bar bushes, control arm bushings, or top mount bearings. Steering should be assessed for smooth operation without vibration or pulling, and the vehicle should track accurately straight ahead. Given that this is an all-wheel-drive variant, any signs of torque steer, irregular traction light activation, or differential-related noises should be investigated. Finally, verify that the charging cable and port function correctly, confirm that the service history is fully documented with digital or stamped records, and ensure that any manufacturer software recalls or updates have been completed through an authorised Polestar service centre.