2009 Lotus Evora 3.5L Petrol · T27 JAG

The vehicle most recently passed its MOT on 19 January 2026, though the history indicates a slight decline in maintenance consistency over the last two years. While earlier tests were clean, the most recent entries show a pattern of neglecting basic consumables and ancillary systems, evidenced by a dangerous tyre tread failure in 2025 and an inoperative headlamp cleaning device in 2026. The overall trend suggests a shift from proactive maintenance to a reactive approach, where defects are only addressed upon failure during the annual inspection rather than through preventative servicing. With 69,724 recorded miles over a seventeen year period, the vehicle has averaged approximately 4,101 miles per year. This is significantly lower than the national average, suggesting the car has been used primarily for leisure or stored for extended periods. While low mileage reduces general drivetrain wear, it introduces specific risks associated with vehicle stasis. Long periods of inactivity can lead to the degradation of rubber components, the accumulation of moisture in fluid systems, and the potential for brake calipers to bind or brake discs to suffer from surface corrosion. Prospective buyers must pay close attention to the rubber components and suspension. The recent advisories regarding cracking and perishing front tyres, combined with a previous dangerous failure for low rear tread, indicate that tyre age and condition are currently a primary concern. During a physical inspection, check the sidewalls of all tyres for fine cracking, which is common in low-mileage cars where the rubber dries out regardless of tread depth. Furthermore, the reported corrosion on both rear coil springs requires investigation. During a test drive, listen for metallic clunks or knocks over undulating surfaces, as corroded springs can lose their structural integrity or cause uneven ride height. The advisory regarding a high lambda level suggests a potential inefficiency in the exhaust emissions system or a sensor fault, which could impact fuel economy and engine performance. A thorough check of the service history is essential to verify that oil and other critical fluids have been changed based on time intervals rather than mileage alone, as calendar-based degradation is a significant risk for this usage profile. Additionally, the failure of the headlamp cleaning system and the faulty LED position lamp point to minor electrical or mechanical wear in the lighting group. Ensure the 12V battery health is verified, as low-use performance cars are prone to deep discharge cycles that permanently reduce battery capacity.