2026 Polestar 2 Prime EV RWD Electric · OX75 CFD

A brand new 2026 Polestar 2 Prime EV with the rear-wheel-drive single-motor configuration carries no recorded DVSA MOT history as of September 2026, which is entirely expected for a vehicle of this age. The car would only become eligible for its first MOT test three years after first registration, meaning the absence of any test data is not a red flag but simply a function of its current registration status. There is no pattern of recurring advisories, no prior failures, and no recorded defects to interrogate. For a prospective buyer evaluating a nearly new electric vehicle of this type, the relevant mechanical baseline must therefore be drawn from manufacturer build quality and standard EV component expectations rather than from any government test record. Because the vehicle carries no MOT record, the DVSA database contains no mileage readings, meaning it is not possible to verify annual mileage accumulation or to flag any unusual usage pattern, garaging history, or extended off-road periods. A 2026 registration should typically present with delivery mileage or low single-digit thousands of miles accumulated over a few months, but without a recorded test this cannot be substantiated. Any prospective buyer should request the in-service date confirmation, current odometer reading, and any digital service records from the selling dealer to cross-check this for themselves. The lack of historical mileage data means the vehicle cannot be assessed for excessive wear patterns that a higher-mileage example might display. Since there are no advisories or failure items in the MOT history, specific component guidance cannot be drawn from the DVSA record itself. Instead, attention should focus on the known mechanical areas relevant to this Polestar 2 variant, which uses a single rear-mounted electric motor driving the rear wheels. On a test drive, listen for any humming or bearing-style noise from the rear axle area, as the electric drive unit and reduction gearbox are common sources of complaint on earlier Polestar 2 examples. Pay close attention to brake feel, because regenerative braking systems can lead to corrosion on the rear discs if the friction brakes are rarely applied, and check that the calipers release cleanly without binding. Inspect the underside of the high-voltage battery pack for any signs of impact damage or fluid pooling, and confirm the charging port and cable function correctly on both AC and DC sources. Suspension refinement is another area worth assessing directly, as the Polestar 2 is known for a firm ride that can transmit knocks from worn components. Listen for clonks or creaks over speed humps and uneven road surfaces, which could indicate worn anti-roll bar bushes, top mount bearings, or drop links. The steering should remain precise without vibration through the rim, and the vehicle should track straight without pulling under braking or acceleration, which can mask uneven torque delivery or alignment issues. Finally, verify that the infotainment system, digital instrument cluster, and all driver assistance functions operate without warning messages, as software faults have been a recurring concern on this platform. Any error messages relating to the high-voltage system, battery management, or driver aids should be investigated by a Polestar-approved specialist before purchase.