2018 Porsche 911 4.0L Petrol · LG18 DCX

A consistent record of clean MOT results defines this vehicle's recent history, with the most recent test on 13 July 2026 showing no defects recorded. This trend of passing consecutive annual inspections without failures or advisories has been maintained since the first recorded test in March 2021. The absence of any flagged mechanical issues across seven recorded tests suggests a history of roadworthiness that has remained stable without the emergence of recurring structural or component-level defects. The vehicle exhibits an unusually low mileage profile for its age, having covered only 14,023 miles over approximately eight years. This equates to an average annual accumulation of roughly 1,753 miles, which is significantly lower than standard domestic usage patterns. While low mileage typically implies less wear on drivetrain components and suspension linkages, such infrequent use can sometimes lead to the stagnation of fluids or the hardening of rubber seals and bushes due to extended periods of inactivity. Given the lack of recorded advisories regarding leaks or structural corrosion, a physical inspection should focus on ensuring that the low usage has not resulted in any dried-out seals or minor fluid weeping around the engine or gearbox casings. On a test drive, pay close attention to the absence of any irregular vibrations through the steering wheel or pedal judder, which would indicate issues with the braking system or wheel bearings, even though these have not been flagged in the official records. Because the MOT history shows no specific faults with the suspension or steering geometry, the driver should listen for any intermittent knocks or clunks when navigating uneven surfaces or speed bumps, which could indicate wear in the control arm bushes or coil springs. Additionally, verify that the vehicle tracks straight under braking and does not exhibit any pulling to one side, ensuring that the lack of recorded defects translates to consistent real-world mechanical performance.