2003 Porsche Boxster 3.2L Petrol · RY03 MWA

The vehicle is currently roadworthy but the maintenance history indicates a trend of reactive rather than preventative care. While the most recent test in January 2026 at 138,900 miles passed, the tester flagged fluctuating front service brakes and pitting on all inner discs. This follows a more problematic period in early 2025 where multiple safety-critical deffect were identified. The current pattern suggests that the owner only addresses mechanical faults when they trigger an MOT failure rather than performing routine component replacement. At 23 years old, the recorded 138,900 miles represents an average annual usage of approximately 6,000 miles, which is consistent with a classic sports car usage profile. The mileage accumulation appears steady, with roughly 5,700 miles driven between January 2024 and January 2025, and another 4,600 miles in the fourteen months following that. This consistent use suggests the car is not sitting excessively, but the age of the vehicle means that rubber components and metal surfaces are susceptible to degradation regardless of low mileage. A buyer must conduct a thorough inspection of the braking system and fluid lines. The January 2025 failure highlighted corroded brake pipes covered in grease, which often indicates an attempt to hide surface rust or a sign of a slow fluid leak. Given that the front and rear discs were noted as pitted at the 138,900-mile mark, the rotors are likely nearing the end of their effective life. The previous report of corroded rear coil springs also necessitates a physical check for hairline fractures or significant structural thinning that could lead to suspension failure under load. The recurring exhaust carbon monoxide failures in both 2024 and 2025 point to persistent issues with engine combustion efficiency or a failing catalytic converter. Although the car passed the emissions test in the most recent cycle, the historical presence of these faults suggests the engine may not be operating at peak efficiency. A professional diagnostic should check for vacuum leaks and verify the integrity of the exhaust manifold to ensure these previous failures are not masking underlying mechanical wear.