2025 Polestar 3 Plus EV AWD Electric · R600 ABR

As a near-new vehicle with no DVSA MOT test history on file, this PolestAR 3 Plus presents an unusual position for a prospective buyer, in that no statutory roadworthiness data exists to verify its mechanical condition. The vehicle, registered in 2025, would typically not be required to undergo its first MOT until three years after first registration, placing the first test in 2028. The absence of any recorded MOT entries is therefore entirely consistent with the vehicle's age and current statutory exemption. No advisories, failures, or defect patterns can be drawn from the test record, leaving a blank slate on which the buyer must base any mechanical judgement solely on physical examination, manufacturer warranty coverage, and pre-purchase inspection by a qualified technician. With recorded mileage described as unknown and insufficient data to compare against the vehicle's age, no meaningful assessment of usage intensity or annual accumulation can be made from the available records. PolestAR 3 vehicles of this generation are typically used as premium family or executive transport, with annual mileages that can vary considerably depending on whether the car is primarily used for commuting, long-distance touring, or shorter urban journeys. A low-mileage EV of this type should not automatically be regarded as advantageous, as prolonged periods of inactivity can allow brake discs to corrode, tyres to develop flat spots, and certain underbody components to deteriorate without regular use. Equally, a high annual mileage on an electric powertrain is generally less mechanically demanding than on a combustion vehicle, given the reduced wear on braking systems through regenerative deceleration and the absence of conventional engine and exhaust components. For a prospective buyer, the complete absence of MOT history means that standard used-car verification through past test data is unavailable, and greater reliance must be placed on a comprehensive pre-purchase inspection. Particular attention should be paid to the high-voltage battery state of health, charging system integrity, and any diagnostic trouble codes stored within the vehicle's electronic control units, as these are not examinable through visual means alone. On a physical test drive, listen for any abnormal noises from the suspension over varying road surfaces, as this could indicate worn bushes, damper faults, or loose linkages in a vehicle that may have been transported or stored for extended periods. Check the steering for any pulling to one side, vibration through the wheel, or inconsistent self-centring, all of which could point to alignment issues or suspension component wear. The braking system should be tested both at low speed and under firmer application, with attention given to pedal feel, any grinding or scraping noises from the discs, and the effectiveness of the regenerative braking function. Inspect all four tyres for even wear patterns, as uneven wear can reveal alignment, suspension, or pressure-related issues, and verify that the sidewall production dates are recent and consistent. Examine the underside of the vehicle, paying close attention to the condition of the underbody protection panels, brake lines, and any exposed suspension components for signs of damage, corrosion, or fluid leakage. Finally, confirm that all software systems are functioning correctly, that the infotainment and driver assistance features operate as intended, and that the vehicle's charging history and battery diagnostics have been formally reviewed by an approved PolestAR or specialist EV technician before any purchase commitment is made.