2021 Polestar 2 Pilot Plus EV AWD Electricity · OV21 ABK

The vehicle most recently passed its MOT on 27 March 2026 with no defects or advisories recorded, continuing an uninterrupted run of pass results across the available test history. This consistent outcome indicates that, from a statutory roadworthiness perspective, the Polestar 2 has been maintained to a satisfactory standard with no emerging structural, lighting, braking, or emissions concerns flagged by the examining tester at the most recent assessment. The absence of any current advisories suggests that any previously noted wear items have either been rectified or have not progressed to the threshold requiring further attention. Compared to the prior test in April 2025, which was also recorded as a clean pass with no defects, the overall trend is stable and indicates responsible upkeep rather than any worsening or deteriorating pattern in the vehicle's condition. Against an age of approximately five years, the recorded mileage of 59,903 miles equates to an annual usage rate of roughly 11,981 miles, which is broadly typical for a privately operated vehicle in the UK. There are no unusual gaps in the recorded mileages between successive MOT tests that would suggest prolonged periods of standing or storage, nor is there any evidence of rapid accumulation indicative of heavy commercial or high-mileage driving. This moderate and consistent usage pattern is mechanically favourable, as it tends to keep lubricants circulating, suspension components regularly loaded, and the high-voltage battery system in active service, all of which mitigate the degradation risks associated with either extreme low use or excessive wear. For an electric vehicle of this profile, sustained regular use also supports healthier long-term battery management. Given the clean MOT record and the fact that the only recorded advisories were brake disc surface pitting noted in September 2024, particular attention during a prospective inspection should focus on the condition and progression of the braking system. Surface pitting and light corrosion on the front and rear brake discs are common on vehicles operating in typical UK conditions, particularly where standing periods allow corrosion to develop, but on an EV the regenerative braking system typically reduces reliance on the friction brakes, often prolonging disc life. However, on a test drive the buyer should listen for any brake shudder or vibration through the steering wheel under firm application, check for any grinding or scraping noises that could indicate pad wear or a binding caliper, and verify that the vehicle pulls evenly to a stop without pulling to one side. The previously flagged discs should be physically inspected for lipping, uneven wear, and current thickness, with consideration given to refurbishment or replacement if the wear has progressed beyond the advisory threshold since the 2024 test. Beyond the brake-related advisories, a five-year-old EV with moderate mileage warrants several time-based inspections irrespective of MOT outcome. Tyres should be examined closely for sidewall cracking, perishing, or UV degradation, as rubber compounds deteriorate with age even where tread depth remains adequate, and the wheels should be checked for kerbing damage or corrosion around the rims. The 12V auxiliary battery, which powers ancillary systems on EVs, has a typical service life of four to six years and should be load-tested or have its condition verified, particularly if original. Brake fluid is hygroscopic and degrades on a calendar basis regardless of mileage, so evidence of a fluid change within the last two to three years should be confirmed. The high-voltage system diagnostics, software updates, and recall completion status should also be verified through a Polestar service centre, alongside confirmation of the documented service history, including any scheduled inspections of the cooling system, suspension bushes, steering components, and underbody integrity, all of which are essential to validate the long-term roadworthiness of this vehicle.