2024 Polestar 2 EV RWD Electric · OV24 NLM

A 2024 Polestar 2 EV in RWD guise presents an unusual situation for a roadworthiness assessment because there is no recorded DVSA MOT history against the vehicle. Cars first registered in the UK are not required to undergo MOT testing until they reach three years of age, so a 2024-plate example tested in late 2026 would only just be entering its first eligible MOT window. The absence of test outcomes at this stage is therefore procedural rather than indicative of mechanical condition, and there is no failure or advisory history to evaluate, no pattern of recurring defects, and no prior test against which a trend can be measured. The earliest MOT record can be expected from late 2027 for a car registered in 2024, assuming the three-year exemption period applies in the standard manner. With no MOT mileage entries on file, there is no recorded odometer reading available for analysis, making it impossible to confirm the vehicle's annual accumulation rate, detect gaps in usage, or identify any unusual mileage progression. For an EV of this age, annual mileage can vary widely depending on whether it has been used as a daily commuter, a second household car, or a longer-distance tourer, and the absence of recorded figures means a buyer cannot yet verify whether the high-voltage battery has experienced the kind of sustained cycle count associated with high-mileage operation. Any mileage claims made by the seller must therefore be cross-checked against the dashboard reading at the point of inspection and, where possible, against the in-car software or service records, as DVSA data will not provide corroboration until the first test is carried out. Practical inspection guidance at this stage therefore has to focus on areas that would be expected to appear at the first MOT rather than on confirmed defect patterns. The Polestar 2 RWD uses a single rear motor, so listen for any irregular whining, bearing hum, or vibration under acceleration that could indicate motor or reduction gear issues, and check for any shudder or binding under regenerative and friction braking, as rear brake discs and pads can suffer from corrosion due to the heavy reliance on regen. On a test drive, pay particular attention to steering response and any knocking from the front suspension over uneven surfaces, as the MacPherson strut front end can be susceptible to worn top mounts and lower arm bushes; the rear multi-link layout should be checked for any clonks over speed humps that might suggest worn control arm bushes or anti-roll bar links. Tyres should be inspected for uneven shoulder wear, which can point to alignment or suspension geometry concerns, and all four corners should be examined for kerbing damage given the EV's weight distribution. Underneath the vehicle, a thorough visual inspection should look for any signs of fluid leakage from the rear drive unit, corrosion on the underbody battery enclosure, and the condition of the undertrays, which can sometimes mask early corrosion or impact damage. The charging port area, high-voltage cable routing, and 12V auxiliary battery should also be checked for signs of damage, water ingress, or warning lights on the dashboard that have been ignored, as these can all influence long-term reliability. Finally, verify that the infotainment system, digital instrumentation, and driver assistance functions operate without persistent fault messages, and confirm that any software recall work or update campaigns issued by Polestar have been completed, as EV-specific issues are often resolved through over-the-air or dealer-applied updates rather than through traditional mechanical rectification.