2024 Polestar 4 EV RWD Electric · OE74 VTO

Operating as a zero-emission battery electric vehicle first registered in 2024, this Polestar 4 falls well outside the statutory three-year threshold for mandatory annual roadworthiness testing in the United Kingdom. Consequently, there is no official DVSA MOT history available on public record to evaluate past component wear, structural corrosion, or historical test outcomes. For a prospective buyer, the absence of prior inspection data means the vehicle has never undergone an independent government-regulated safety examination, leaving the mechanical integrity of its high-voltage systems, chassis, and running gear entirely unverified by historical test certificates. Regarding the age and usage profile, the vehicle is approximately two years old, but precise mileage data is currently unavailable to establish an annual distance accumulation rate. Without a recorded odometer progression or historical mileage milestones, it is impossible to determine whether the car has experienced heavy commercial use, extensive long-distance touring, or minimal urban driving. This lack of usage context requires a buyer to place heavy reliance on the physical condition of the odometer display, digital telemetry within the infotainment system, and any available manufacturer service or maintenance logs to gauge how hard the electric powertrain and suspension have been worked. Although no MOT advisories or failures exist to single out specific component degradation, inspecting a modern battery electric vehicle of this type demands careful physical and functional scrutiny during a test drive. Particular attention should be paid to the heavy multi-link suspension setup, air or coil spring assemblies, and regenerative braking systems, which bear the brunt of the vehicle's substantial kerb weight. Listen closely for any knocks, clunks, or undue harshness from the suspension corners when traversing potholes or speed humps, as heavy EV components place accelerated stress on bushes, drop links, and ball joints. Furthermore, prospective buyers must thoroughly verify the operation of the integrated braking and steering systems, ensuring there is no abnormal pull, steering play, or electronic actuator lag. Because modern electric vehicles rely heavily on software-managed braking blending friction brakes with regenerative deceleration, any hesitation, unusual pedal travel, or grinding noises during stopping must be investigated prior to purchase. A comprehensive professional inspection on a ramps hoist is strongly advised to examine the underfloor battery shielding, subframe mounts, and high-voltage cabling for any signs of physical impact, moisture ingress, or premature structural wear.