2016 Toyota Prius 1.8L Hybrid electric (clean) · LS66 KMK

A recurring pattern of consumable wear and tyre-related defects defines the overall roadworthiness profile of this Toyota Prius, which successfully passed its most recent examination on 2024-10-16 with an advisory noting that the offside rear inner brake pad was suspected to be wearing thin due to limited inspection access, alongside a minor defect for a severely deteriorated nearside front lower suspension arm ball joint dust cover. Reviewing the complete test history reveals sporadic failures and advisories largely centered on rubber components, wipers, and tyres, moving from a clean pass in 2020 through a heavily failed test in 2021 featuring a structural tyre cut and multiple worn boots and edges, followed by another failure in 2023 for an ineffective wiper blade, indicating an ongoing requirement to monitor general wear items rather than a record of major structural deterioration. Accumulating 80,470 miles over its ten-year lifespan yields an average annual mileage of roughly 8,047 miles, placing this Prius squarely in line with typical UK motoring distance expectations. This steady, moderate usage pattern means the vehicle has avoided the extreme mechanical stress associated with high-mileage fleet use while equally escaping the risks of prolonged static storage, suggesting that mechanical wear should be proportional to its age rather than accelerated by extreme duty cycles. During your physical inspection and test drive, pay immediate attention to the braking system and front suspension based on the latest test notes. Listen closely for any metallic scraping or squealing from the rear wheels, which would confirm the thin offside rear brake pad noted by the examiner, and check the front lower suspension arm ball joint for excessive play or grease leakage where the dust cover was flagged as severely deteriorated. A thorough check of the steering response on uneven road surfaces will help determine if the suspension joint is already introducing knocking noises or tracking instability. Inspect all four tyre sidewalls carefully for cuts, cracking, and perishing, as previous tests highlighted repeated issues with tyre damage, including cuts reaching the cords and surface cracking on older rubber. Finally, ensure the windscreen wipers clear the glass effectively across the entire sweep area to prevent a repeat of the 2023 wiper failure, and verify that the hybrid drivetrain transitions smoothly between regenerative braking and mechanical friction braking during your road test without any unexpected pedal judder or resistance.