2015 Lotus Evora S 3.5L Petrol · YJ64 AHL

This Lotus Evora S has maintained a consistent MOT pass history across all five tests, with no defects or advisories recorded since its last inspection on December 19, 2025. The vehicle’s most recent test confirms it remains roadworthy under current DVSA standards, though the absence of any advisories or faults does not preclude unseen wear—particularly in high-stress areas like the suspension, drivetrain, or exhaust system. The pattern of clean passes suggests either meticulous maintenance or deferred attention to pre-MOT repairs, but no clear trend of worsening issues emerges from the record. The recorded mileage of 34,782 miles over approximately 11 years—roughly 3,162 miles annually—indicates unusually light usage for a vehicle of this age and type. The gaps between tests are standard, with the longest interval between December 2024 and January 2025 (32 days) and the shortest between January and December 2022 (310 days), yet no rapid mileage accumulation is evident. The lack of advisories or defects across these periods implies either minimal exposure to harsh conditions or a history of prompt servicing, though the low mileage also raises questions about whether certain components may have been neglected due to infrequent driving. Given the absence of MOT-reported faults, a buyer should prioritise a thorough inspection of the suspension geometry, particularly the coil springs and bushes, which can degrade without high mileage. The brakes—though never flagged—should be checked for uneven wear or binding calipers, as carbon fibre brake discs on high-performance cars are prone to thermal stress even with low usage. Exhaust emissions remain untested for anomalies, so a scan for leaks or catalytic converter efficiency is advisable. Structural corrosion, while less likely at this mileage, should be inspected at critical points like wheel arches, subframes, and rear body panels, as standing vehicles are susceptible to moisture ingress. The engine bay and drivetrain fluids should also be examined for degradation, as prolonged periods of inactivity can accelerate contamination.