2026 Polestar 2 Prime EV RWD Electric · OV26 VTY

This vehicle is a 2026 Polestar 2 Prime EV RWD, and as a brand-new or near-new zero-emission model within its first three years of registration, it does not yet have an official DVSA MOT test history. Without historical MOT data or test failure records to analyse, we cannot establish a traditional maintenance trend or identify chronic recurring mechanical defects from government records. However, this absence of test history is entirely normal for a vehicle of this age, and your primary focus should instead shift toward verifying its cosmetic condition, confirming factory warranty status, and ensuring that any pre-delivery inspections or initial dealer services have been properly executed and documented in the digital service record. The recorded mileage is currently unknown within the available dataset, but given the 2026 registration year, this Polestar should reflect very light, contemporary use commensurate with a modern electric vehicle. When you inspect the car physically, cross-reference the odometer reading against the digital dashboard, key fob data, and any purchase invoices to establish a baseline. For an electric vehicle of this vintage, low or average mileage is generally advantageous, as it preserves high-voltage lithium-ion battery health and minimises general wear on the chassis, steering components, and regenerative braking system. Because the vehicle has no MOT test history and may have spent periods parked in dealership inventory or outside storage, your physical inspection should focus on age-related environmental wear and standing degradation. Carefully examine the high-performance tyres for any signs of sidewall perishing, flat-spotting, or rubber hardening if the car has sat stationary for extended periods, and check the alloy wheels for kerb damage. Inspect the steel brake discs for surface corrosion, which frequently accumulates on electric vehicles due to the heavy reliance on regenerative braking rather than friction brakes; listen out for any scraping noises or binding calipers during a low-speed test drive. Finally, thoroughly assess the auxiliary systems and physical integrity of the vehicle by testing the 12-volt auxiliary battery health, checking that all charging ports and cables operate correctly, and inspecting the underside for any transit damage or battery pack shielding scrapes. Verify that the coolant levels for the thermal management system are correct and look for any time-based fluid degradation in the brake hydraulic circuit. Ensure you obtain the remaining balance of the manufacturer vehicle and battery warranties, and confirm that all software updates have been applied by an authorised Polestar service point before finalising the purchase.