2010 Porsche Cayman 3.4L Petrol · R1 LWK

Consistent tyre wear patterns across the front axle define the primary mechanical narrative for this Porsche Cayman, which has maintained a streak of clean passes since its most recent inspection on 10 October 2025. While the vehicle has successfully cleared its last three annual tests without any recorded defects, the period between 2020 and 2022 saw a recurring trend of front tyres being flagged for uneven wear on their inner edges. This history suggests that while the vehicle has demonstrated consistent roadworthiness in recent years, the suspension geometry or tracking may have been subject to periodic misalignment, which is a critical factor to monitor given the precision handling characteristics inherent to this platform. Accumulating 91,762 miles over sixteen years results in an average annual usage of approximately 5,735 miles, a figure that sits well below the typical national average. This lower-than-expected mileage indicates that the vehicle has likely spent significant time in storage or has been relegated to occasional weekend use. Mechanically, such a profile necessitates a close inspection of rubber components, including suspension bushes, engine mounts, and coolant hoses, as these materials can perish or harden during extended periods of inactivity regardless of the distance covered. Prospective buyers should verify that the vehicle has been exercised regularly enough to prevent the seizing of brake calipers or the degradation of internal engine seals. Given the historical advisories regarding inner-edge tyre wear, a thorough inspection of the front suspension linkages, track rod ends, and wishbone bushes is essential during a test drive. Uneven tyre wear is frequently a symptom of play in these joints or incorrect camber settings, which can lead to vague steering feedback or a lack of stability at motorway speeds. Listen carefully for any metallic knocking or clunking sounds when navigating uneven road surfaces or speed bumps, as these are primary indicators of worn suspension components that may not have been severe enough to trigger an MOT failure but will impact the vehicle's handling precision. Beyond the suspension, the test drive should include a focused evaluation of the braking system to ensure that the low-mileage usage has not resulted in binding calipers or corroded disc surfaces. Apply the brakes firmly from moderate speeds to check for any pedal judder or steering wheel vibration, which could indicate warped discs or uneven pad transfer. Furthermore, ensure the steering remains neutral on a flat road surface; any persistent pull to the left or right, combined with the historical record of tyre wear, would suggest that a full four-wheel alignment check is required to bring the chassis back to manufacturer specifications.