2026 Polestar 4 Plus EV AWD Electric · OV26 VLO

As a 2026 model year vehicle, this Polestar 4 Plus EV AWD falls well outside the statutory three-year requirement for Ministry of Transport testing in the United Kingdom, meaning there is no official DVSA MOT history available to evaluate past test outcomes or structural failure trends. Without historical test data, one cannot assess a trajectory of wear or past component degradation through standard regulatory channels, placing the onus entirely upon the current physical condition and verification of the manufacturer maintenance schedule. Prospective buyers should immediately request a digital service history log or physical handbook to confirm that the vehicle has been maintained in accordance with Polestar guidelines, ensuring any software updates and high-voltage electrical health checks have been formally recorded. Given that the vehicle is brand new or essentially current-year stock, mileage accumulation data is not yet established via historical MOT records, indicating minimal operational wear and tear on the chassis and powertrain. For an all-electric dual-motor vehicle of this specification, low or delivery-level mileage is entirely normal, but buyers must still be mindful of the implications associated with any potential storage periods prior to sale. Vehicles sitting stationary on forecourts or in compounds can occasionally suffer from cosmetic and mechanical stagnation, meaning that although high-mileage mechanical fatigue is absent, environmental exposure must still be factored into the overall pre-purchase evaluation. Although the absence of an MOT history precludes any analysis of past structural corrosion or suspension failures, a thorough physical inspection is still vital to verify assembly quality and exterior condition. Inspect the expensive alloy wheels for kerbing and check the low-profile tyres for any signs of flat-spotting or sidewall perishing that can occur if the vehicle has remained static for extended periods. Given the sheer weight of a long-range dual-motor electric vehicle, examine the inner and outer tread depths of all four tyres to ensure even wear, as heavy instant torque can accelerate shoulder wear if wheel alignment is even slightly out of specification. During the test drive, pay close attention to the regenerative braking transition and the mechanical friction brakes, listening for any grinding or scraping noises that indicate surface rust accumulation on the brake discs from standing. Test the dual-motor all-wheel-drive system under moderate acceleration to ensure power delivery is smooth and devoid of drivetrain vibration or inverter whine, and verify that the air suspension or adaptive dampers operate silently over speed humps without knocking or clunking. Finally, check the 12-volt auxiliary battery status via the infotainment system to ensure the vehicle is not suffering from parasitic draw issues, and confirm that all driver assistance sensors and charging ports are completely free from physical damage or moisture ingress.