2024 Polestar 4 EV AWD Electric · GIL 2011

A 2024 Polestar 4 EV with no recorded MOT history in the DVSA database presents a genuinely limited roadworthiness picture, because there is simply no statutory test evidence on which to base an assessment. Brand-new vehicles in the UK are not required to undergo an MOT until they reach three years of age, and with the registration year being 2024, this car would not be due its first test until sometime in 2027. As a result, the absence of MOT data here is not an indicator of mechanical condition, but rather a reflection of the vehicle's youth and the timing of the UK testing cycle. Any prospective buyer is therefore evaluating a car that, from an official roadworthiness standpoint, remains essentially untested by DVSA standards, and conclusions drawn purely from the MOT file would be unhelpfully thin. The recorded mileage is listed as unknown, and with no MOT records against which to compare annual accumulation figures, there is no way to assess whether this vehicle has been driven in line with typical expectations for a car of its age, or whether it has covered unusually low or unusually high distances. For a 2024 electric crossover, annual mileages in the region of 8,000 to 15,000 miles would be broadly typical, but in the absence of any confirmed odometer reading within this report, no such judgement can be made. Any mechanical inference from usage, whether relating to brake disc corrosion from low-speed urban running, suspension wear from sustained motorway use, or high-voltage battery degradation from rapid charging cycles, cannot be supported by the data provided. Given the complete absence of MOT defects, advisories, or failure points on record, there are no specific component histories to investigate, and consequently no symptom-led checks directly anchored to flagged items such as a particular suspension arm, brake pipe, or subframe area. A prospective buyer should instead focus on the general areas that commonly affect a high-performance dual-motor electric vehicle of this class. On a test drive, listen for any clunks or knocks from the front suspension over speed humps and uneven surfaces, as control arm bushes and anti-roll bar linkages can wear prematurely under the additional unsprung mass of an EV. Pay close attention to steering feel: any vagueness, pulling to one side under braking, or vibration through the wheel could point to worn suspension geometry or brake disc runout. Brake pedal response should be firm and progressive, as regenerative blending can sometimes mask binding calipers or sticking slider pins, which in turn leads to uneven pad wear and hot spots on the discs. Beyond the chassis, the high-voltage battery pack and its thermal management system warrant particular scrutiny on any used EV purchase, especially where service history is unverified. Ask for evidence of the battery state-of-health report from a Polestar authorised workshop, as this will give a clearer indication of capacity retention than any MOT record could. Inspect the charging port area and the underbody panels for any signs of impact damage, and confirm that the 12V auxiliary battery has been replaced or tested, as low-voltage system faults are a common cause of drivability complaints on modern EVs. A pre-purchase inspection by a specialist familiar with Polestar vehicles would be a sensible precaution in the absence of any MOT history to lean on, and would provide the kind of objective mechanical baseline that the DVSA file currently cannot offer.