2012 Lexus CT 1.8L Hybrid electric · LS62 JWD

The most recent DVSA examination on 25 September 2025 resulted in a pass, indicating the vehicle met the minimum statutory roadworthiness standards at that time, though several advisories and a minor defect were recorded. The minor item concerned the central rear upper stop lamp, where one of the multiple light sources was not functioning; this should be rectified promptly as it presents both a safety concern and a potential cause for a future test failure. The advisories noted sidewall perishing on the offside rear tyre, a sidewall cut on the nearside rear tyre, windscreen stone chipping, and items removed from the driver's view prior to test. Looking at the broader trajectory across the recorded tests, the maintenance pattern appears broadly stable but with a recurrence of tyre-related concerns. Advisories for tyre condition appeared in 2020, 2023, and 2025, and a major failure was issued in September 2022 for a nearside front inner sidewall cut exposing ply or cords. This pattern suggests a history of kerbing or marginal tyre management, warranting careful inspection of the current set during any viewing. With a recorded mileage of 51,970 miles over approximately 14 years, the vehicle has covered roughly 3,712 miles annually, which is considerably below average and indicative of either light general use or extended periods of standing. There are no significant recorded gaps in annual MOT testing, though mileage accumulation between tests is low, confirming the under-driven nature of the car. Low annual mileage generally preserves engine and transmission internals through reduced mechanical wear, but it introduces specific risks associated with prolonged standing. Brake discs and callipers may suffer from surface corrosion or seizing, particularly at the rear where integrated handbrake mechanisms can bind. Coolant, brake fluid, and automatic transmission fluid (given this is a Lexus CT hybrid with CVT transmission) degrade on a calendar basis rather than purely through use, meaning time-based replacement intervals remain critical regardless of low mileage. Given the recurring tyre advisories and the documented sidewall damage history, a prospective buyer should thoroughly inspect all four tyres plus the spacesaver for age-related perishing, cracking, bulges, or cuts, paying particular attention to the sidewalls. Check the production date code on each tyre; any rubber older than six years from the date of manufacture should be regarded as nearing the end of its safe service life even if the tread depth appears acceptable. Verify that matching tyres of correct size and speed rating are fitted, and ensure the wheels are free from kerb damage. On a test drive, listen for any brake shudder or vibration through the steering wheel under gentle and moderate application, which would indicate corroded or warped front discs. At low speeds, listen for any scraping or grinding from the rear brakes, which would suggest seized calliper slides or a binding handbrake mechanism. Also test the operation of the electronic parking brake to confirm it releases cleanly without a dragging sensation. Beyond the documented items, several age-related checks are strongly recommended. The 12-volt auxiliary battery in a hybrid vehicle of this age is susceptible to failure, particularly if the car has stood for long intervals; verify its age by inspecting the manufacturing date sticker and consider a load test. Inspect the hybrid system health via the dashboard display for battery state of charge and any warning messages. Examine the underbody, suspension components, and exhaust system for corrosion, paying close attention to the rear subframe, mounting points, and brake and fuel lines, as Lexus vehicles of this era can develop surface corrosion even in moderate climates. Confirm the timing chain or belt service interval status according to manufacturer schedule, along with evidence of regular oil and filter changes despite the low mileage, as short journeys can dilute oil with fuel and accelerate degradation. Finally, ensure the high-voltage battery cooling intake is clear of debris and that the vehicle starts and transitions silently between electric and hybrid modes without unusual vibrations or warning lights.