2025 Polestar 4 Plus EV AWD Electric · OV75 HHC

The 2025 Polestar 4 Plus EV AWD presented no recorded DVSA MOT history, which precludes any assessment of a maintenance trend or prior test outcomes. Without prior MOT results, it is impossible to determine whether the vehicle has followed a consistent servicing schedule or if any underlying issues have been addressed or exacerbated over time. The absence of historical data also means there is no evidence of recurring defects, advisories, or past failures that might suggest underlying mechanical wear or component degradation. For a prospective buyer, this lack of MOT history introduces an inherent level of uncertainty regarding the vehicle’s long-term reliability, particularly in an electric vehicle where battery health, thermal management, and high-voltage system integrity are critical. Given the absence of mileage data, it is not feasible to evaluate annual usage rates or identify any unusual patterns such as rapid mileage accumulation, which could indicate high-stress driving conditions or potential wear issues. However, the 2025 model year represents a relatively new platform, and the Polestar 4 Plus EV AWD is designed with modern engineering to mitigate many common wear concerns associated with internal combustion engine vehicles. Without specific mileage figures, one cannot assess whether the vehicle has been subjected to high mileage or prolonged periods of inactivity, which could lead to issues such as battery degradation from disuse, standing corrosion in the drivetrain or suspension components, or fluid degradation due to stagnation. The vehicle’s electric powertrain may be less prone to some wear-related failures compared to traditional internal combustion engines, but fundamental checks remain necessary to ensure structural integrity and component health. For a prospective buyer of this 2025 Polestar 4 Plus EV AWD, the most critical immediate checks should focus on the vehicle’s battery health and high-voltage system, as these are non-negotiable for an electric vehicle. Inspect the battery pack for signs of swelling, leaks, or excessive heat, which could indicate degradation or failure. Verify that the battery management system is functioning correctly by monitoring the vehicle’s range and charging capabilities during a test drive. The high-voltage cables and connectors should be visually inspected for signs of wear, corrosion, or damage, as these are critical for safe operation. Additionally, check for any unusual noises or warning lights related to the battery or charging system, as these may signal underlying issues. Beyond the high-voltage system, a thorough inspection of the vehicle’s mechanical and structural components is essential. Given the absence of prior MOT records, pay particular attention to the suspension, brakes, and steering systems for any signs of wear or damage. Listen for unusual clunks or rattles during the test drive, which could indicate worn suspension bushes, coil spring failure, or loose components. Inspect the brake system for signs of corrosion on brake discs or calipers, particularly if the vehicle has been stationary for extended periods, as this can lead to binding or reduced braking performance. Check the tyre condition for uneven wear patterns, sidewall cracks, or signs of overuse, as these can affect handling and safety. Finally, verify that all fluids—brake fluid, coolant, and power steering fluid—are at appropriate levels and free from contamination, as electric vehicles may experience more rapid degradation of fluids due to the absence of an engine-driven fluid circulation system. A professional inspection by a specialist in electric vehicles would also be advisable to assess the battery’s overall condition and any potential long-term risks associated with the vehicle’s age and usage profile.