2013 Lexus CT 1.8L Hybrid electric (clean) · DF13 XHA

The most recent DVSA test on 13 April 2026 returned a Pass with no defects recorded, however this result must be viewed in the context of an immediate prior failure on the same date which cited both front and rear brake pads as being less than 1.5 mm thick, an outcome classified as Dangerous. A Dangerous defect indicates a risk of immediate failure or accident, and the simultaneous wear-out of friction material at both axles suggests the braking system was neglected rather than experiencing uneven wear, pointing to deferred maintenance rather than a component-specific fault. With the pads now evidently replaced, the test history itself otherwise shows a generally stable pattern: an April 2025 Pass preceded only by a minor presentation failure for an offside front position lamp, clean passes in February 2025, April 2023 and August 2022, and two advisories issued in March 2024. Overall the trajectory is one of a vehicle that has passed consistently once faults are rectified, with no pattern of structural corrosion, persistent component failures, or emissions issues. Against a vehicle age of approximately thirteen years, the recorded odometer reading of 128,779 miles equates to an annual average of around 9,906 miles, which is broadly typical for the marque and demographic. There are no large unexplained gaps in the MOT chronology that would suggest long periods of standing, nor any sudden mileage jumps indicating motorway commuting or commercial use. The accumulation rate is sufficient to keep mechanical components in regular working order without imposing the accelerated wear seen on high-mileage examples, particularly of the brake friction material and suspension assemblies which rely on periodic operation to remain free of corrosion and seizure. That said, the simultaneous brake pad failure does suggest the previous keeper may have been late addressing routine servicing, so any evidence of similarly deferred items should be a priority during physical inspection. Given the age and mileage, a prospective buyer should carry out a number of time-based and use-based checks even though the MOT record is largely clean. The underside and inner wheel arches should be examined for surface corrosion, particularly around the rear trailing arm where a bush was previously flagged as worn; listen for clonks or thuds from the rear suspension over uneven road surfaces and watch for uneven inner-edge tyre wear which would confirm renewed bush play. Brake discs should be inspected for lipping, hot spots or surface corrosion, as 128,000 miles of accumulated use often brings discs close to their wear limit even when pads have been replaced, and caliper slides should be confirmed free-moving to prevent the binding which leads to uneven pad consumption. The seat belt webbing previously noted as slightly frayed should be physically inspected along its full length for cuts, UV degradation or stitching failure, as replacement belts are relatively inexpensive and essential for occupant safety. Beyond the items recorded on the DVSA history, calendar-driven deterioration is highly relevant on a thirteen year old vehicle. Tyres should be examined for sidewall perishing and cracking, as rubber degrades with age regardless of tread depth, and the production date code on the sidewall should ideally be within the last five years. The 12 volt auxiliary battery is likely due for replacement given its age, and should be load tested if possible to avoid cold-start failure. Engine coolant, automatic transmission fluid if applicable, brake fluid and power steering fluid all degrade over time irrespective of mileage, so service book evidence of fluid renewal at the manufacturer-specified intervals should be verified. Finally, a thorough road test should include a full warm-up cycle to confirm there are no warning lights, rough idle, hesitation under acceleration, or excessive vibration which might indicate age-related issues such as ignition coil failure, engine mounting wear, or catalytic converter efficiency loss that would not yet appear in an MOT examination.