1961 Austin Healey Sprite 0.9L Petrol · 2933 SP

A recurring pattern of front-end component wear, specifically regarding wheel bearings and suspension bushings, defines the mechanical history of this vehicle. The most recent recorded test on 10 July 2017 resulted in a pass, but it carried an advisory for slight play in both the offside and nearside front lower suspension arm pins or bushes. This follows a long-term trend of advisories and failures related to wheel bearing play and suspension movement dating back to 2008, including a failure in May 2009 due to excessive play and roughness in the nearside front wheel bearing. The recorded mileage of 1,971 miles over a 65-year lifespan represents an exceptionally low annual accumulation of approximately 30 miles per year. While this indicates minimal drivetrain wear, such extreme low usage often correlates with long periods of stationary storage. This is supported by the 2012 entry noting all tyres had perished, a common occurrence when a vehicle remains unused for extended durations. Mechanically, this pattern suggests that while major engine or gearbox components may have low mileage, rubber components, seals, and bearings are more likely to suffer from age-related degradation and lack of lubrication rather than wear from friction. Prospective buyers should focus their physical inspection on the front suspension and steering geometry. Given the repeated advisories for play in the front lower suspension arms and wishbone pins, a test drive should involve monitoring for any knocking, clunking, or irregular vibrations when navigating uneven surfaces or turning the steering wheel. The history of wheel bearing play suggests that even if current bearings are within tolerance, the hubs and spindles should be checked for any signs of uneven wear or heat damage. Specific attention must also be paid to the condition of the tyres and any rubber-based components. Since the record explicitly noted perished tyres in 2012, the current age and integrity of the rubber must be verified to ensure they are not cracked or hard. Additionally, because the vehicle has clearly spent significant time stationary, a thorough check of all fluid levels and the presence of any weeping from seals or gaskets is necessary, as long-term inactivity can cause seals to dry out and fail upon reintroduction to regular use.