2022 Polestar 2 Plus EV FWD Electric · OV22 UGG

A clean two-test MOT history with no advisories or failures recorded across both the May 2025 and March 2026 examinations suggests this Polestar 2 has maintained consistent roadworthiness since entering the testing cycle. A pass certificate free of advisory notes is notable, particularly on a relatively modern EV, because it indicates that components typically subject to wear such as suspension linkages, brake assemblies, tyres, and underbody protection were all deemed within serviceable limits at the most recent test. With no recorded defects to indicate developing corrosion, fluid leakage, or component deterioration, the mechanical trajectory of the vehicle appears stable rather than deteriorating. While the absence of advisories is reassuring, it should not be interpreted as a guarantee of future condition, particularly given the mileage accumulation discussed below. At 54,311 miles over an approximately four-year service life, this Polestar 2 is accumulating around 13,500 miles annually, which is notably high for a vehicle of its age and significantly above the average UK mileage of roughly 7,000 to 8,000 miles per year. There are no significant gaps in MOT testing history that would suggest extended periods off the road, indicating the vehicle has been in continuous use since first registration. For an EV with this kind of usage profile, the drivetrain itself carries minimal mechanical wear compared to an internal combustion equivalent, as there is no clutch, gearbox oil, or exhaust system to degrade. However, higher annual mileage does place greater demand on the items that do wear proportionally to distance travelled, including suspension components, wheel bearings, tyres, and importantly for an EV, the brake system, which can suffer from caliper binding due to infrequent use of the friction brakes under heavy regenerative braking. Given the high mileage accumulation, a prospective buyer should pay particular attention to suspension condition during a physical inspection and test drive. Although no advisories were recorded, the inspection should focus on the front and rear suspension arms, anti-roll bar bushes, and coil springs, listening for any knocking or clonking over uneven surfaces that could indicate worn bushes or droplink failure. Steering response should be assessed for any vagueness, juddering, or pulling to one side, which could point to worn control arm bushings or tracking irregularities from kerb impacts. On the test drive, brake pedal feel warrants close evaluation; EVs frequently suffer from seized caliper slide pins or binding caliper mechanisms due to limited mechanical braking application, which can manifest as uneven braking, pulling under light pedal pressure, or juddering when coming to a stop from higher speeds. Tyre condition is also particularly relevant given the high mileage profile, and although the recent test recorded no defects, uneven shoulder wear, inner-edge wear, or feathering across the tread can indicate suspension geometry issues or alignment drift. Inspect all four tyres for consistent tread depth and even wear patterns, and check the sidewalls for any bulges or cracking that could result from impact damage over higher mileage accumulation. The underbody should be examined on a ramp where possible for any signs of corrosion on subframe mounting points, brake line condition, or damage to the high-voltage cable routing, as EVs carry specific underbody protection that can be compromised by debris strike over extensive driving. Finally, verify the charging system operation and the state of health of the high-voltage battery through the manufacturer diagnostic system, as battery degradation is the single most consequential mechanical consideration on any used EV and cannot be assessed from MOT records alone.