2024 Polestar 2 EV RWD Electric · OV24 LPC

No MOT test results are currently recorded for this 2024 Polestar 2 EV on the DVSA database. As the vehicle was first registered in 2024, it would not yet be subject to compulsory MOT testing until its third anniversary of registration, meaning this absence of history is entirely consistent with the car being within its first three years and fully roadworthy from a statutory standpoint. With no prior failure points, advisories, or trends to evaluate, the maintenance trajectory is effectively neutral at this stage, though the absence of recorded test data also means there is no empirical evidence to confirm the standard of mechanical upkeep. For a prospective buyer, this simply shifts the burden of due diligence onto a thorough physical inspection rather than relying on any historical pass or fail pattern. The recorded mileage is unknown, which prevents a meaningful analysis of annual usage or comparison against the vehicle's age. A 2024 Polestar 2 is still relatively young, and given the rapid pace of development in electric vehicle technology, low annual mileage could arguably be beneficial in terms of preserving battery longevity, though it can also introduce issues associated with standing or underutilisation. Without mileage data, it is impossible to determine whether the vehicle has been used predominantly for short urban trips, longer motorway commutes, or has experienced extended periods of inactivity, all of which carry different mechanical and electrical implications for an EV such as this. Any buyer should therefore request a full service history and verify the odometer reading against the vehicle's registration date to establish a coherent usage pattern. As the MOT record is sparse and the vehicle is still in its early life, practical inspection advice should focus on age-appropriate checks rather than component-specific wear concerns. First and foremost, verify the state of the high-voltage traction battery by reviewing its state of health report through a Polestar dealer or diagnostic tool, as the residual capacity is the single most critical indicator of long-term value and usability. The 12V auxiliary battery should be tested, as low-voltage battery failure remains a common cause of EV starting and software issues, particularly in vehicles that have sat idle for prolonged periods. Brake discs and calipers should be carefully inspected for corrosion or seizing, since regenerative braking means the friction brakes on an EV are used infrequently and are prone to surface rust and binding calipers, which can lead to uneven pad wear or a dragging sensation. Inspect all four tyres for sidewall cracking or perishing from age, even if tread depth is adequate, and confirm that the manufacturing date code falls within the last few years, as rubber degrades with calendar age regardless of mileage. Finally, verify that all time-based fluid servicing has been attended to according to Polestar's recommended schedule, including brake fluid, coolant, and the transmission oil where applicable, as these degrade on a calendar basis rather than purely through use. Examine the charging port and cable for any signs of damage, scorching, or poor contact, and check the underbody and suspension components for any stone-chip damage or corrosion, particularly around the aluminium structure which can oxidise if exposed to road salt. On a test drive, listen carefully for any suspension knocks or clonks over uneven surfaces, as the Polestar 2's suspension geometry can be sensitive to worn bushes and anti-roll bar links even at low mileage. Ensure the infotainment and driver assistance systems function correctly, as software faults are a common cause of warranty claims on this model, and confirm that any outstanding manufacturer recalls or technical service bulletins have been addressed through an authorised Polestar service centre.