2025 Polestar 3 Plus EV AWD Electric · OV25 LFS

The 2025 Polestar 3 Plus EV AWD lacks a recorded DVSA MOT history, which means no formal roadworthiness assessment or maintenance trend analysis is available to confirm compliance with current UK legal standards. Without prior test results, there is no basis to evaluate whether the vehicle has maintained a stable, improving, or deteriorating condition over time. This absence of official inspection records also prevents identification of recurring defects or advisories that might indicate underlying mechanical issues, such as persistent suspension wear, electrical faults, or structural fatigue. The lack of MOT history further raises questions about whether the vehicle has been subject to routine servicing, particularly for time-sensitive components like the battery health, coolant system integrity, and high-voltage wiring, which are critical for an electric vehicle’s longevity and safety. The mileage data for this 2025 model is not provided, making it impossible to assess annual usage rates or whether the vehicle has accumulated mileage at a pace consistent with typical owner habits. Without a known mileage figure, it is also difficult to gauge whether the vehicle has been subjected to high-stress operating conditions, which could accelerate wear on components like the electric motor, drivetrain, or braking system. If the mileage is low relative to the vehicle’s age, the risk of hidden mechanical issues—such as corrosion from standing, fluid degradation in the high-voltage battery management system, or potential issues with the thermal management of the electric powertrain—remains elevated. Conversely, if the mileage is unusually high without prior MOT failures, the absence of inspection records does not guarantee that all wear-related maintenance has been addressed, leaving potential long-term problems undetected. Given the absence of an MOT history, the buyer should prioritise a thorough pre-purchase inspection to mitigate risks associated with an electric vehicle of this age and unknown usage profile. Start with an inspection of the vehicle’s exterior for signs of corrosion, particularly around the wheel arches, undercarriage, and high-voltage battery housing, as prolonged exposure to moisture can compromise structural integrity and electrical systems. Check the tyre condition for sidewall cracking or perishing, which can occur even at low mileage due to the vehicle’s age, and verify that the tread depth meets legal requirements. The battery system should be inspected for signs of swelling, leaks, or excessive heat, as these are critical indicators of potential failure. Additionally, test the vehicle’s high-voltage connections for proper grounding and ensure that the charging port and cables are free from damage or wear, as these are common failure points in electric vehicles. For the internal systems, focus on the suspension and steering components, as electric vehicles often experience unique wear patterns due to the added weight and torque of the electric motor. Listen for unusual noises during a test drive, such as clunking from worn suspension bushes, rattling from loose components, or uneven ride quality that may indicate worn coil springs or damaged control arms. Inspect the brakes for signs of excessive heat damage, such as glazed or grooved discs, or binding calipers, which can lead to reduced braking performance. The coolant system should be checked for leaks or overheating, as electric vehicles rely on precise temperature regulation for both the battery and powertrain. Finally, verify that the service book or maintenance records are up to date, particularly for time-based servicing such as fluid top-ups, brake fluid replacement, and high-voltage battery health checks, as these are often overlooked in electric vehicles. If the vehicle has not been serviced at all, consider arranging a professional inspection of the high-voltage system and battery management unit before proceeding with purchase.