2006 Porsche Cayenne Tiptronic S 3.2L Petrol · FJ06 FOC

The roadworthiness of this vehicle is questionable due to a clear trend of reactive maintenance rather than preventative care. While the car passed its last test in March 2022 at 164,028 miles, this followed a significant failure just ten days prior. The lack of any MOT records since early 2022 suggests the vehicle is currently out of test or has sat stationary for over four years. The history indicates a pattern where faults are only addressed when forced by a failure, rather than managed during routine servicing. The vehicle has covered 164,028 miles over approximately 20 years, averaging roughly 8,200 miles per annum. This rate is consistent with typical usage for a luxury SUV. However, there is a distinct gap in records between November 2019 at 142,972 miles and December 2020 at 154,484 miles, during which the vehicle covered over 11,000 miles. The subsequent cluster of tests in early 2022 shows a period of heavy use followed immediately by multiple mechanical failures. A buyer must prioritize a thorough inspection of the drivetrain and structural integrity. The March 2022 failure flagged an excessively worn central prop shaft bearing, which is a costly component that can cause vibration and mechanical strain if not replaced. The tester also noted deformation to the nearside rear crash bar; while structural rigidity was not reduced, this indicates a previous impact that warrants a check for hidden damage. The presence of multiple missing road wheel fixings in the 2022 failure further suggests significant negligence regarding basic safety checks. Recurring issues with tyres and brakes also highlight poor ownership standards, with thin pads and exposed cords appearing across 2019 and 2022 records. The inoperative engine management light reported in 2022 is a major red flag, as it masks potential engine faults. Given the four-year gap since the last recorded MOT, a professional mechanical inspection is mandatory to ensure that rubber components, fluids, and braking systems have not deteriorated during the period of inactivity.