2009 Porsche 911 Carrera 2S 3.8L Petrol · WU09 VKC

The vehicle remains roadworthy as of its most recent MOT on 2025-09-09, where it passed with two minor suspension-related advisories — slight play in the offside front wheel bearing and the offside rear lower suspension arm ball joint. These are not critical failures but indicate wear that should be monitored. The maintenance trend is stable in recent years, with no major defects recorded since the 2024 test, suggesting the owner has addressed or tolerated minor issues without letting them escalate. However, the pattern of recurring tyre wear and prior exhaust and engine fault codes from 2023 indicates a history of deferred attention to consumables and emissions systems. The recorded mileage of 86,787 miles over 17 years equates to approximately 5,105 miles annually — a low average for a vehicle of this age, which may reflect gentle use or extended periods of inactivity. The gap between the 2022 and 2023 MOTs is minimal — only 9 miles — yet tyre wear was already approaching legal limits in both rear positions by 2023, suggesting either poor tyre rotation, alignment issues, or simply that the car was driven in conditions that accelerated tread loss. The 2023 failure due to exhaust lambda and engine MIL codes, followed by a 2024 pass, implies the owner may have resolved the emissions fault, but the tyre wear persisted, indicating a lack of consistent maintenance. A buyer should inspect the rear suspension components closely, particularly the ball joints and coil springs, as the 2025 MOT flagged slight play in the offside rear lower arm — a sign of wear that could lead to handling issues or premature failure if ignored. The front wheel bearing play, while minor, should be checked for increased play or noise under load. The repeated tyre wear on both rear wheels, even after passing in 2024, suggests possible alignment drift or uneven load distribution — a condition that should be verified with a four-wheel alignment. Also, the prior exhaust and engine fault codes warrant a diagnostic scan to confirm the fault was fully resolved and not recurring. Structural integrity and corrosion should be assessed, especially around wheel arches and underbody, as Porsche 911s of this era are prone to rust in certain areas. The low annual mileage may have preserved the body, but long-term storage or damp conditions could have accelerated hidden corrosion. A thorough undercarriage inspection and a check of the exhaust system for leaks or damage are essential, given the previous emissions failure. Overall, the car is mechanically sound for now, but the history reveals a pattern of neglecting tyre maintenance and emissions systems — a buyer should be prepared to budget for immediate suspension checks and a full diagnostic to ensure no latent faults remain.