2023 Porsche Taycan 4S 93KWH 5.0L Electric · CL60 CKS

The vehicle’s most recent MOT test on 2025-12-09 at 52,668 miles confirms it remains roadworthy, with no defects recorded across the past three annual tests. This pattern of clean passes—including the 2024 and 2023 cycles—indicates a stable maintenance trend, though the single failure in November 2023 (34,461 miles) stands out as an anomaly. The absence of advisories or recurring issues suggests the vehicle has not undergone significant mechanical neglect, but the brief failure window warrants scrutiny of the specific component that caused it, as it may have been a one-off oversight rather than a systemic problem. Mileage progression shows consistent usage, averaging around 6,584 miles annually, which aligns with typical wear for its age. The gap between tests is standard, with no abrupt jumps or prolonged periods of inactivity—from 23,793 miles in November 2022 to 34,467 miles in November 2023, the vehicle accumulated roughly 10,674 miles in under a year, a rate that would accelerate wear on suspension bushes, brake calipers, and drivetrain components. The 2023 failure at 34,461 miles, just three days before passing at 34,467 miles, implies a minor issue was rectified quickly, though the exact nature remains unspecified in the record. Given the lack of recorded defects, priority should be given to inspecting high-wear areas not covered by MOT standards. The suspension—particularly coil springs, bushes, and shock absorbers—should be examined for uneven sagging or excessive play, as the vehicle’s age and mileage place significant stress on these components. Brake discs and calipers, though not flagged in tests, may show uneven wear or binding, especially if the 2023 failure involved braking performance. Structural integrity, including underbody corrosion around the sills and wheel arches, must also be assessed, as off-road use common to Range Rovers can accelerate rust development. Finally, verify the condition of the exhaust system for leaks or excessive corrosion, as emissions-related failures are often overlooked until they become visible.