2023 Porsche Taycan 4S Cross Turismo Electric · AE23 TWZ

A clean bill of health defines the current roadworthiness status of this vehicle, which successfully cleared its first mandatory inspection on 24 September 2026 without a single recorded defect or advisory. This initial test result establishes a baseline of structural and functional integrity for the chassis, lighting, and primary safety systems. As the vehicle has only undergone this single statutory assessment, there is no historical pattern of component degradation or recurring failures to suggest long-term mechanical weaknesses, though the lack of longitudinal data means the car has yet to face the wear-and-tear challenges typical of older, high-mileage examples. Accumulating 18,138 miles over three years results in an average annual usage of approximately 6,046 miles, a figure that aligns with standard expectations for a vehicle of this type. This consistent, moderate mileage suggests the drivetrain and high-voltage battery system have been subjected to regular operation rather than prolonged periods of inactivity, which can sometimes lead to issues with electronic modules or seal degradation. The absence of significant mileage spikes or extended gaps in the usage timeline indicates that the vehicle has been kept in a state of active service since its registration, avoiding the risks associated with long-term storage. Prospective buyers should focus their test drive on the high-performance suspension and braking systems, as these components bear the brunt of the vehicle's weight and instantaneous torque. Even in the absence of MOT advisories, listen specifically for any metallic clunks or knocking noises originating from the front or rear axles when traversing uneven road surfaces, which could indicate early-stage wear in the suspension control arm bushes or anti-roll bar links. Given the instantaneous nature of the electric drivetrain, check for any uneven steering pull under heavy acceleration or deceleration, as this may point to geometry misalignment or uneven tyre wear patterns that have not yet reached the threshold for an MOT failure. Finally, evaluate the braking system's performance by conducting a series of controlled stops, paying close attention to the pedal feel for any vibration or pulsing, which could signal thermal distortion in the discs or uneven pad deposition. While the MOT test confirms the current functionality of the braking system, the regenerative braking system on this model often masks the condition of the physical friction components, meaning the discs and pads may have seen less active use than the mileage suggests. Ensure the vehicle tracks straight during these maneuvers and that there are no audible grinding or squealing noises during low-speed braking, as these are the primary indicators of component fatigue in high-performance electric platforms.