2022 Porsche Taycan 4S 93KWH Electric · F5 MYF

Two consecutive flawless MOT certificates, culminating in a clear pass on 10 March 2026, establish an immaculate initial statutory roadworthiness record for this high-performance electric vehicle. Having completed only two mandatory annual examinations across its four-year operational lifespan, the structural and functional safety systems have twice met official DVSA standards without a single advisory notice or defect logged. This unblemished inspection trajectory indicates that the primary safety-related assemblies, including high-voltage isolation, braking systems, steering geometry, and suspension mountings, have experienced no documented degradation or regulatory failures during their early operational cycle. Accumulating 45,459 miles over approximately four years translates to an average of roughly 11,365 miles annually, placing this Taycan 4S within a standard professional usage bracket for a luxury grand tourer. This consistent mileage accumulation avoids the potential risks associated with prolonged sedentary storage, such as high-voltage battery capacity degradation from sitting at high states of charge or mechanical seizure in unused hydraulic or friction braking actuators. At the same time, this substantial fleet-style mileage means heavy mechanical assemblies, including air suspension dampening units, wheel bearings, and high-load suspension control arms, have experienced significant dynamic cycling and road surface impacts that warrant careful physical scrutiny. Because the official test logs are entirely devoid of advisory flags, there are no chronic component degradations or deferred maintenance items highlighted by DVSA examiners to guide an inspection directly. However, prospective buyers should focus their physical examination on the high-load chassis components typical of heavy battery electric vehicles, specifically inspecting the multi-link suspension arms, subframe mounting bushes, and high-strength fasteners for premature rubber perishing or structural play. Given the substantial mass of the vehicle, the regenerative and friction braking systems must be thoroughly evaluated during a static and dynamic inspection to ensure the brake discs and calipers are operating without binding, corrosion, or uneven pad wear caused by infrequent friction braking usage. On the road test, listen closely for any metallic knocks, creaks, or hollow thuds emanating from the front and rear axles when navigating sharp surface imperfections, speed humps, or uneven tarmac, as heavy electric platforms place immense demands on wishbone bushes and top mounts. Pay careful attention to steering feedback and straight-line tracking, ensuring the alignment remains true under heavy acceleration and regenerative braking deceleration without any unexpected pull to either side. Finally, verify that all dynamic ride height adjustments and suspension damping modes transition smoothly, as electronic air suspension faults can remain latent until the vehicle is actively cycled through its operational parameters on the road.