2021 Porsche 911 Targa 4S 3.0L Petrol · 268 YKK

The vehicle currently holds a passed MOT status following the test recorded on 20 May 2025, with no advisories or failures logged on the certificate. With only a single test entry on file, the maintenance trend cannot be characterised as stable, worsening, or improving in any meaningful statistical sense; there is simply one clean data point covering the period from the vehicle's registration through to mid-2025. The absence of recorded defects at the most recent examination is a neutral observation, neither confirming nor negating underlying mechanical condition beyond what was physically verifiable by the tester on that date. The recorded mileage stands at 7,339 miles against an approximate five-year age, equating to an annual usage rate of around 1,468 miles per year. This is substantially below average for a passenger vehicle and reflects either very light private use or extended periods of inactivity. Low annual mileage reduces wear on high-cycle consumables such as brake discs, callipers, and clutch components, but it can also accelerate degradation of items that suffer from prolonged standing, including brake caliper seizure, dry-rotting of rubber seals and boots, oxidation of hydraulic brake lines, and deterioration of fluid systems such as coolant and brake fluid. The MOT certificate alone does not record standing-time effects, and a five-year interval between tests — given the exemption from MOT testing in the first three years of a vehicle's life — means no DVSA examination took place between registration and May 2025, leaving a two-year inspection gap that is relevant context for any prospective buyer. A physical inspection should focus on the braking system in particular. Given the low mileage, binding brake calipers, corroded brake discs with lipped edges, and perished brake hoses are all plausible conditions that a stationary garage assessment would need to rule out. Tyres manufactured before 2022 may have aged out through dry rot and UV exposure despite retaining legal tread depth, and this cannot be detected by MOT testing. Underbody examination for corrosion, particularly around suspension coil springs, control arm bushes, and the exhaust mounting points, is warranted because a garage-kept low-mileage example can still accumulate surface oxidation. A brake fluid analysis, coolant specific gravity check, and an independent compression or borescope inspection of the flat-six engine would be prudent given that MOT records do not cover powertrain internals, fluid condition, or service history. The MOT entry alone supports continued road legality but provides no insight into these areas.