2015 Porsche 911 3.8L Petrol · P80 RBO

An unbroken sequence of consecutive first-time passes characterises the mechanical history of this sports car, establishing a remarkably stable pattern of roadworthiness over its testing life. The vehicle successfully completed its latest annual examination on November 28, 2025, leaving the test station entirely free of recorded defects or advisories. Across eight historical tests spanning from February 2019 onward, only a single advisory was ever logged, which involved a slightly insecure offside front outer constant velocity boot noted during the 2019 test. This record indicates that the vehicle has consistently met statutory roadworthiness standards without accumulating chronic structural or mechanical failures. Accumulating 29,522 miles over approximately eleven years yields an average of roughly 2,684 miles per annum, representing a notably low usage profile for this class of high-performance vehicle. This restrained mileage rate means the mechanical assemblies have experienced significantly less operational cycling than average exemplars of its age. However, low-mileage sports cars frequently spend extended periods parked or stored between infrequent outings, which can sometimes lead to localized component aging or rubber degradation if environmental conditions in storage were less than optimal. Given the single historical note regarding the offside front outer constant velocity boot, a thorough physical inspection of the front axle drive shafts and rubber gaiters is warranted on a ramp. During a comprehensive test drive, listen carefully for any clicking, snapping, or rhythmic mechanical knocking noises emanating from the front corners while executing tight, full-lock turns at low speeds, as these are classic acoustic indicators of constant velocity joint wear or impending boot failure. Furthermore, inspect the inner wheel arches and suspension turrets for any grease flinging from the boots, which would confirm whether the previous security observation has progressed into an active leak. Beyond the front axle drive components, pay close attention to the overall ride quality and structural composure over uneven road surfaces, listening for any unwanted clunks or rattles from the multi-link suspension setup. Because this vehicle has covered modest annual distances, ensure that all operational systems function correctly and that the brakes pull smoothly without judder or binding, verifying that low usage has not caused caliper sticking or uneven disc corrosion. Professional verification of the service records alongside a comprehensive independent ramp inspection will ensure that the lack of MOT defects is mirrored by healthy underlying mechanical health.