1991 Lotus Elan 1.6L Petrol · H281 DKR

Accumulating 117,184 miles over its thirty-five-year lifespan, this 1991 Lotus Elan presents a mechanical history defined by recurring wear and tear items rather than sudden structural failure, culminating in a pass on 2026-04-14 following the rectification of a major defect. The recent test record shows a direct progression from advisories to a failure, evidenced by an offside front outer constant velocity boot that was recorded as severely deteriorated in 2025 before splitting entirely by the April 2026 test. Alongside this resolved joint failure, the latest examination also highlighted an ongoing coolant leak and a nearside front tyre worn close to the legal limit or worn on the edge, indicating that despite passing, the car requires immediate attention to several critical consumable systems. At an average of roughly 3,348 miles per year, the vehicle has experienced low-intensity annual usage, though this low mileage accumulation has not protected it from age-related degradation of rubber and mechanical components. Rather than pointing to extended periods of being laid up off the road, the continuous yearly testing cadence reveals a car used sparingly on British roads, which places specific stress on flexible components like CV boots, brake seals, and suspension bushes that degrade through age and thermal cycles just as much as through high mileage rotation. On the road test and during a static inspection, prospective buyers must closely evaluate the steering rack, which has carried a recurring advisory for slight free play detected at the steering wheel across five consecutive tests from 2021 through 2026. Listen carefully for any knocking, vagueness, or dead spots when turning the steering wheel from lock to lock, and check the tracking for uneven front tyre wear, which is already present on the nearside edge. Additionally, inspect the front brakes for any lingering binding issues, following historical advisories for a nearside front binding service brake and past major failures involving excessively binding rear service brakes and under-performing parking brakes. Beneath the vehicle, verify the complete resolution of the offside front constant velocity boot replacement to ensure no grease contamination has reached the surrounding suspension or braking components, and thoroughly investigate the source of the currently advised coolant leak to determine whether it stems from degrading hoses, radiator core corrosion, or hose clips. Check the condition of the nearside front lower suspension arm ball joint, which was previously flagged with slight play, and listen for any clonks or metallic clatter from the front corners when driving over rough road surfaces or speed humps. Ensuring these specific areas have been properly addressed will be essential to establishing baseline roadworthiness for this lightweight sports car.