2016 Porsche 911 Targa 4S S-A 3.0L Petrol · LR16 YDW

A pristine run of seven consecutive MOT passes without a single recorded failure or component advisory characterizes the official roadworthiness history of this high-performance sports car, culminating in a clean pass on 17 October 2025 at 19,031 miles. The DVSA testing record reveals an entirely fault-free trajectory across multiple annual inspections, with the sole minor note on the entire file being protective undertrays obscuring certain underbody areas during the February 2020 test. This stable pattern indicates that the vehicle has consistently met statutory roadworthiness standards during its statutory inspections without accumulating documented mechanical defects. Accumulating just 19,031 miles over its approximately ten-year lifespan yields an exceptionally low average of roughly 1,900 miles per year, a restricted usage profile confirmed by the testing cadence. This sparse mileage is reinforced by a noticeable accumulation gap where testing did not occur for extended stretches relative to standard annual intervals, most notably between the February 2021 test and the subsequent inspection in February 2022. Mechanically, such light use and intermittent periods of inactivity mean that wear on consumables such as suspension joints, bushes, and high-performance braking systems may not follow standard high-mileage degradation patterns, though rubber components still age chronologically regardless of distance covered. Targeted pre-purchase inspection should focus heavily on the areas masked by the extensive underbody shielding noted in the MOT records, specifically checking the lower chassis rails, structural fixings, and exposed fixings for any premature surface corrosion that often escapes detection behind factory trays. Given the low annual mileage, prospective buyers must carefully inspect the condition of the brake discs and pads during a physical viewing, verifying that the heavy steel or composite rotors are free from severe pitting or heavy corrosion caused by standing idle in damp atmospheric conditions. During the test drive, pay close attention to the behavior of the sophisticated all-wheel-drive system and PDK semi-automatic transmission, listening intently for any unusual mechanical whines from the drivetrain or hesitation during low-speed gear engagements. Road test evaluations should also test the adaptive suspension setup thoroughly over varied road surfaces, feeling for any lateral float, unnatural damping stiffness, or clunks from the multi-link suspension assemblies that could indicate aging rubber bushes or dampening degradation resulting from sporadic vehicle usage.