2006 Lotus Elise 1.8L Petrol · OO06 AMB

A consistent record of clean MOT results over the last eight years defines this vehicle's documented roadworthiness, with the most recent pass on 27 April 2026 showing no recorded defects. This trend of passing successive tests without any recorded failures or advisories from 2019 through to 2026 indicates a period of stable compliance regarding the structural and mechanical items inspected during the annual testing process. The recorded mileage of 48,327 miles against a 2006 registration represents a low annual accumulation of approximately 2,416 miles. While this usage pattern suggests the vehicle has not been subjected to high-frequency road wear, such low mileage on a twenty-year-old vehicle often implies extended periods of stationary use. Mechanically, this can result in the hardening of rubber components, such as suspension bushes and engine mounts, or the potential for seals to dry out, even if the mileage itself remains low. Given the absence of specific advisories in the DVSA history, there are no documented issues with the brake pipes, exhaust system, or suspension linkages to scrutinise. However, the lack of recorded defects alongside low annual mileage means a physical inspection should focus on components that may degrade through age rather than wear. During a test drive, pay close attention to the steering response and listen for any irregular knocks or clunks over uneven surfaces, which could indicate perished rubber bushings or worn ball joints that have not yet reached a failure threshold. Further attention should be directed toward the underside of the vehicle to check for any signs of fluid weeping from the engine or gearbox, as low-use vehicles can sometimes develop leaks from seals that have not been regularly lubricated by moving parts. You should also monitor the brake pedal feel for any sponginess or changes in pressure, and observe the vehicle for any pulling to one side under braking, ensuring that the lack of recorded advisories translates to the actual mechanical state of the braking system and suspension geometry.