2025 Polestar 3 Plus EV AWD Electric · OY75 EUZ

As an exceptionally late-model electric vehicle registered in 2025, this Polestar 3 Plus EV AWD exists entirely outside the purview of the DVSA MOT database, having not yet reached the three-year statutory threshold required for its initial compulsory roadworthiness inspection. With no official MOT records currently available, there is no historical defect trend or statutory failure record to analyse. The overall roadworthiness profile must therefore be evaluated as an unvetted, contemporary vehicle where compliance is governed entirely by manufacturer warranty standards and scheduled dealer maintenance rather than independent testing history. Because the vehicle has not undergone a regulated MOT test, official mileage verification through the national repository is absent, leaving the exact distance covered unconfirmed within statutory channels. On a vehicle of this age, mileage accumulation patterns can vary significantly, ranging from minimal local commuting to intensive, high-distance fleet usage. For a high-performance all-wheel-drive electric platform of this weight and output, unverified mileage necessitates physical inspection of high-wear chassis components to determine whether the mechanical condition aligns with the odometer reading presented by the seller. When assessing this specific dual-motor all-wheel-drive electric model, an independent mechanical evaluation should focus heavily on the chassis and suspension running gear. Given the substantial kerb weight and immediate torque delivery characteristic of heavy dual-motor EV platforms, suspension bushes, control arm ball joints, and anti-roll bar links are subject to elevated operational stress. During a road test, prospective buyers should listen attentively for dull clunks or creaks when traversing speed bumps and uneven road surfaces, while remaining alert for steering pull or uneven tyre shoulder wear, which frequently points to suspension geometry misalignment. The braking apparatus on high-regeneration electric vehicles also requires targeted scrutiny despite the vehicle's young age. Reduced reliance on mechanical friction brakes can lead to surface corrosion, pitting, or sticking calliper sliders on the brake discs due to disuse, particularly on the rear assemblies and inner friction faces. A prospective buyer should perform several firm, controlled stops from speed to check for brake pedal pulsation, judder, or binding. Additionally, ensure the active air suspension system raises and lowers smoothly without pump hesitation, and verify that all high-voltage thermal management cooling circuits show no evidence of fluid weepage around hose joints or radiators.