2023 Porsche Taycan 4X2 Electric · RK23 AEZ

A relatively clean and narrowly recorded roadworthiness history defines this 2023 Porsche Taycan 4X2, with a single DVSA test entry on 03 June 2026 returning a pass and zero advisories or defects. That clean sheet is a positive indicator, but the dataset is unusually thin for a three-year-old vehicle, with only one MOT test on file rather than the multiple annual entries typically expected once the car reached three years of age on 01 January 2026. Mechanically, the absence of recorded brake, suspension, tyre or corrosion advisories at the first mandatory test suggests the consumable components had either been replaced shortly before presentation or were still within service limits, which is plausible given the recorded mileage. However, the lack of prior test data means there is no longitudinal trend to confirm whether any deterioration in braking performance, tyre wear, underbody corrosion, or electrical system function has been developing since the car was new. The recorded mileage of 26,467 miles across three years equates to an average of roughly 8,800 miles annually, sitting close to the typical usage bracket for a modern performance EV of this age. There are no gaps in the mileage record suggesting prolonged off-road storage, nor are there sudden jumps that would indicate heavy commercial or motorway use far beyond the average. At this accumulation rate, mechanical wear on the high-voltage drivetrain, regenerative braking system and conventional friction brakes should be proportionate, with tyre wear likely presenting the most visible consumable cost given the Taycan's weight and torque output. The mileage does not raise concerns about excessive component fatigue or excessive brake disc wear, though given the EV's regenerative capability the friction brakes may have seen relatively limited use, which can occasionally lead to surface corrosion on the discs. Because the MOT record carries no advisories, there are no specific flagged components such as suspension arms, brake pipes, subframe corrosion or anti-roll bar bushes to investigate with particular focus. Nevertheless, a prospective buyer should still carry out a structured physical inspection on this Taycan. During a test drive, listen for any clonks or knocks from the front and rear suspension over uneven surfaces, as multi-link air suspension components, control arm bushes and anti-roll bar drop links are known wear items on high-mass EVs. Check for pulling under braking or any pedal pulsation, as the front and rear brake discs can corrode from light use and produce judder even when the friction material remains thick. Visually examine the tyres for uneven inner or outer shoulder wear, which can indicate misalignment of the rear steering axle or camber issues, and inspect the underside for any signs of impact damage or fluid leaks around the electric drive unit and battery enclosure. Beyond the mechanical items, the Taycan's high-voltage system warrants close attention. Confirm that the 12V auxiliary battery, charge port door mechanism, and any associated cabling show no warning messages on the dashboard or infotainment screen, as low-voltage electrical faults are a common cause of non-starting conditions and can leave DTCs stored even after a reset. Listen during the test drive for any high-pitched inverter whine or unusual reduction in regenerative braking effectiveness, both of which can indicate drivetrain electrical issues. Finally, request evidence of the most recent Porsche-approved service, including any high-voltage system diagnostics, brake fluid replacement, and tyre condition reports, as the singular MOT pass provides no visibility into the maintenance regime between services. A clean MOT sheet is a useful starting point, but on a complex EV such as this, a specialist pre-purchase inspection remains essential.