2020 Porsche Taycan Turbo Electric · W12 HAD

The Porsche Taycan Turbo presents a stable and consistently improving maintenance trend, with its most recent MOT on 23 September 2025 at 30,471 miles returning a clean pass with zero defects recorded. This marks three consecutive flawless annual tests, indicating that the vehicle has been maintained to a high standard with no developing mechanical or structural concerns. The absence of advisories or failures across the entire recorded history suggests diligent preventative care and no deferred maintenance. The mileage accumulation pattern reveals notably low usage for a six-year-old performance EV. Between the October 2023 test at 19,205 miles and the October 2024 test at 25,669 miles, the car covered 6,464 miles in twelve months. That figure then dropped sharply to just 4,802 miles over the subsequent eleven months leading to September 2025. The average sits around 5,078 miles per year, well below typical annual mileage. Such light use can preserve consumable components but raises the possibility of extended stationary periods, which may affect tyre flat-spotting, brake surface corrosion, and 12-volt battery health in electric vehicles. Despite the clean MOT record, a prospective buyer should conduct a thorough physical inspection focusing on areas that MOT tests do not fully assess. Suspension bushes, coil springs, and anti-roll bar links on a heavy performance EV can degrade through age and standing rather than mileage alone. Tyre date codes and sidewall condition warrant close scrutiny, as the original rubber may be approaching its service life regardless of remaining tread depth. Brake discs and pads should be examined for surface corrosion common on lightly driven EVs, where regenerative braking reduces conventional braking use and can lead to disc glazing or uneven pad deposition. The high-voltage battery's state of charge and thermal management system operation should be verified through a Porsche-specific diagnostic readout, as MOT records provide no insight into battery health or degradation.