2014 Porsche Cayman 3.4L Petrol · RJ63 DFC

A consistent record of clean MOT results over the last six years defines this vehicle's documented roadworthiness, with the most recent test on 25 May 2026 showing no defects. This trend of passing consecutive inspections without recorded failures or advisories suggests a period of stable mechanical compliance across all tested categories, including emissions, braking systems, and structural integrity. The absence of any flagged issues throughout the testing history indicates that no specific components, such as suspension bushes, brake pipes, or exhaust systems, have reached a state of measurable deterioration according to DVSA standards during these intervals. The vehicle's usage profile is characterized by exceptionally low annual mileage, averaging approximately 1,835 miles per year over its twelve-year lifespan. With a total recorded mileage of 22,024, the accumulation rate is significantly lower than typical for a vehicle of this age. Mechanically, this pattern of light usage means that high-wear components like brake discs, pads, and tyre tread depth may show less traditional wear from friction, but it also implies the vehicle has spent considerable time stationary. Long periods of inactivity can affect the condition of rubber seals, various suspension linkages, and fluid integrity, though the MOT history has not officially recorded any such degradations. Given the lack of recorded advisories, a physical inspection should focus on verifying that the low-mileage status has not resulted in age-related degradation of stationary components. During a test drive, pay close attention to the steering and suspension for any sudden knocks or knocks over uneven surfaces, which could indicate perished rubber bushes or dampers that have stiffened from disuse. It is also prudent to monitor the braking performance for any pedal judder or unevenness, ensuring that the calipers are not binding due to infrequent application. Further attention should be directed toward the underside of the vehicle to check for any signs of fluid weeping or oil misting from the engine or gearbox, as seals can sometimes dry out when a vehicle is not driven regularly. While the MOT records show no structural corrosion or exhaust defects, a visual check of the subframe and mounting points is advisable to ensure no surface oxidation has developed during periods of storage. Monitoring the engine's idle stability and checking for any unusual vibrations through the chassis will provide additional clarity on the mechanical state of the drivetrain following its low-frequency usage pattern.