2025 Polestar 4 EV RWD Electric · OV25 VGX

The 2025 Polestar 4 EV RWD presents a unique challenge as its official DVSA MOT history is entirely absent, leaving no prior test outcomes or maintenance trends to evaluate. In the absence of historical data, the absence of an MOT record itself is not inherently problematic—many newer vehicles, particularly those with minimal recorded mileage or recent manufacture, may not yet have reached the 12-month threshold required for an MOT. However, the lack of any prior inspection does not suggest a deterioration trend; rather, it reflects either a vehicle that has not yet been subjected to the mandatory MOT testing or one that has been maintained to a level where no defects were detected in earlier assessments. For a prospective buyer, this situation requires heightened scrutiny during a physical inspection and test drive, as the vehicle’s true condition cannot be verified through historical records alone. The mileage of the 2025 Polestar 4 EV RWD remains unknown, which complicates any assessment of its usage profile. Without a known or comparable mileage figure, it is impossible to determine whether the vehicle has been driven at a moderate, high, or low annual rate. For a vehicle of this age, if the mileage were relatively low—perhaps under 10,000 miles annually—this would suggest limited operational exposure, which could mitigate some wear risks associated with higher mileage. Conversely, if the mileage were significantly higher, the risk of accelerated component wear, such as in the electrical systems, suspension, or drivetrain, would be elevated. The absence of mileage data also means that any potential gaps in maintenance scheduling—such as deferred servicing or neglect—cannot be factored in, leaving the buyer vulnerable to overlooking critical issues that may only become apparent through a thorough inspection. Given the lack of an MOT history, the buyer should prioritise a comprehensive physical examination and test drive to assess the vehicle’s roadworthiness and mechanical integrity. During inspection, focus on the exterior for signs of corrosion, particularly around the wheel arches, undercarriage, and body panels, as standing in damp conditions can accelerate rust progression in newer vehicles. Check the tyres for sidewall cracking or perishing, which can occur even at low mileage due to prolonged exposure to UV light and ozone, especially in the Polestar’s electric drivetrain environment where rubber components may be more susceptible. Verify the condition of the 12V battery, ensuring it holds a charge and that there are no signs of swelling or leakage, as electric vehicles often experience battery degradation over time, even with low usage. Inspect the brake system for corrosion on discs and linings, binding calipers, or uneven wear, which may indicate hidden issues from prolonged standing or infrequent braking. Test the suspension for excessive play, unusual clunks, or binding in the coil springs or suspension bushes, as these components may degrade faster in an electric vehicle due to the absence of oil-based lubricants in some systems. Additionally, check for any fluid leaks under the vehicle, particularly from the brake fluid reservoir, coolant system, and power steering reservoir, as fluid degradation over time can compromise performance and safety. For fluid servicing, the Polestar 4 EV RWD should have its coolant system and brake fluid refreshed according to manufacturer recommendations, ideally within the first 12–24 months of ownership. The coolant should be replaced every 3–5 years, or sooner if the vehicle is exposed to extreme temperatures, to prevent corrosion and thermal breakdown. Brake fluid should be replaced every 2–3 years, as moisture absorption can lead to brake failure. The test drive should include a thorough evaluation of the electrical systems, such as the regenerative braking system, infotainment responsiveness, and power steering engagement, as these components may exhibit signs of wear or degradation over time, particularly in an electric vehicle where software and firmware updates are critical for optimal performance. Finally, a professional inspection by a qualified electric vehicle specialist is advisable, as they can assess the battery health, charging efficiency, and overall electrical architecture, which may not be immediately apparent to a layperson.