2010 Porsche 911 3.8L Petrol · NA59 UOR

This 2010 Porsche 911 presents a mixed mechanical record defined by a recent structural tyre failure and progressive front-end wear, punctuated by periods of clean roadworthiness. The vehicle most recently passed an MOT test on 28 July 2026 at 83,852 miles, which included a note that the front anti-roll bar links run close to the MacPherson struts on full lock. This follows a more concerning failure in July 2024 when the nearside rear tyre was deemed dangerous due to a structural lump and partial outer wall separation, alongside an advisory for slight play in the nearside front lower suspension arm ball joint. While the 2025 and 2022 through 2020 tests were completely free of defects, the progression from a dangerous tyre defect to an advisory for suspension ball joint play indicates that front-end consumables are reaching their operational limit. With an odometer reading of 83,852 miles accumulated over roughly sixteen years, the car has averaged about 5,241 miles per annum. This low annual mileage profile does not point to long periods of inactivity or extended storage, as testing has occurred consistently on an annual basis without significant date gaps. Mechanically, this steady, light usage pattern suggests that components have been subjected to standard thermal cycles rather than prolonged stationary degradation, though low-mileage performance vehicles can still experience accelerated aging on rubber bushes and suspension joints due to age-related elastomer hardening. When conducting a pre-purchase inspection and test drive, close scrutiny must be paid to the front suspension components specifically highlighted in recent test records. Pay strict attention to the nearside front lower suspension arm ball joint, listening carefully for any knocking, clunking, or shuddering when navigating over speed bumps, rough asphalt, or sharp turns, as the previously noted play may have worsened. Additionally, check the steering feel for any vagueness or pulling, and inspect the clearance between the front anti-roll bar links and the MacPherson struts on full steering lock to ensure there is no contact or binding under load. Beyond the suspension, evaluate the condition of all four tyres for even tread wear, aging sidewall cracking, and structural integrity, keeping the 2024 dangerous failure involving tyre wall separation in mind. Inspect the rear axle and underbody for any signs of fluid weeping from the drivetrain, and verify that the braking system responds immediately without pedal sponginess or vibration. Given the performance capabilities of this chassis, a thorough ramp inspection is strongly advised to assess the condition of all arms, bushes, and structural mounting points before finalizing a purchase.