2022 Porsche Taycan 4S 79KWH Electric · GX22 UTG

The 2022 Porsche Taycan 4S has maintained a clean roadworthiness record through two successive DVSA MOT assessments, passing both tests in mid-2025 and again in mid-2026 with no defects noted. This consistent performance indicates that the primary powertrain system remains within acceptable functional parameters according to official testing standards. However, the absence of specific failure flags does not eliminate the influence of the vehicle's substantial annual mileage accumulation, which when examined against its four-year age reveals a significant throughput that may affect component longevity even absent any current MOT warnings. With 47,253 recorded miles logged across its lifespan, the vehicle accumulates approximately 11,813 miles per year, representing a notably rapid increase compared to typical early-life mileage curves for a model of this class. Such a high annual rate of distance covered places additional stress on suspension linkages, brake disc and pad wear, differential assemblies, and the thermal management system under conditions that exceed standard daily commuting expectations. While the regularity of the MOT intervals—spaced just over seven months between the 2025 and 2026 tests—demonstrates adherence to the manufacturer's recommended service schedule, the sheer volume of kilometres driven each year likely contributes to measurable degradation in rubber and composite materials that are not captured in the MOT defect register. Given the elevated mileage profile, particular attention should be directed toward the suspension bushings and control arm mounts during a pre-purchase test drive. Listen for any knocks or chatter when traversing uneven pavement or sharp bumps, as worn bushings often develop audible vibrations that may not yet trigger MOT-level concerns. Inspect the brake disc surfaces and pad thickness manually if possible, watching for excessive scrubbing or grinding noises during deceleration, since high mileage accelerates pad wear even before visible surface damage appears. The subframe and wheel arch regions merit visual inspection for any signs of rust or corrosion, particularly around door sills and subfloor junctions, as the combination of salt exposure and prolonged wet cycles can compromise structural integrity over extended mileage totals. Finally, verify that all electrical connectors remain secure and that the cooling system operates without intermittent temperature fluctuations, as sustained high-temperature operation combined with frequent cycling can manifest as subtle operational irregularities even when mechanical failures remain absent.