2017 Lexus CT 1.8L Hybrid electric (clean) · MJ67 KBZ

A consistent run of clean MOT passes spanning five consecutive tests from 2021 through October 2025 establishes this Lexus CT as a notably well-maintained example. Not a single advisory or failure has been recorded across the entire testing history, which is an uncommon outcome for a nine-year-old vehicle and reflects sound structural and mechanical condition at each annual assessment. The most recent pass on 10 October 2025 with no defects recorded confirms that the vehicle remains roadworthy at the point of test, with no immediate rectification work required by DVSA standards. Given that Lexus hybrid components, brake systems, and underbody protection are typically the areas where advisories begin to appear on vehicles of this age, the absence of any flagged items suggests either meticulous upkeep or genuinely light mechanical wear. The overall trend is one of stable roadworthiness rather than deterioration, providing confidence that the car has not developed the gradual corrosion or component fatigue commonly seen on older hybrid hatchbacks. With 24,893 miles recorded over nine years, the vehicle averages around 2,766 miles annually, which is substantially below the typical UK accumulation rate for a car of this age. Such low usage raises the usual mechanical considerations associated with predominantly short journeys and extended periods of standing, including potential flat-spotting of tyres, moisture accumulation in the engine oil, and possible degradation of brake discs and pads through lack of regular exercise. However, the unbroken sequence of annual MOT passes demonstrates that the vehicle has been presented for testing each year, indicating it has remained in active use rather than being laid up off-road. The mileage progression appears measured and consistent rather than displaying any sudden spikes or gaps, which supports a history of steady, light-duty motoring. For this particular hybrid powertrain, low mileage is broadly favourable as it limits wear on the constantly variable transmission and high-voltage battery cycling, both of which are less stressed in urban and suburban driving patterns. From a buyer inspection standpoint, the lack of recorded advisories means there are no specific flagged components to investigate retrospectively, so attention should focus on confirming that the clean record reflects current mechanical health rather than merely passing test standards. On a test drive, pay particular attention to the operation of the hybrid system, ensuring smooth transitions between electric and petrol propulsion without harsh shunt or vibration, and listen for any abnormal whining from the transaxle that could indicate CVT wear. The brake system should feel progressive and confident; because Lexus hybrids rely heavily on regenerative braking, the friction brakes may exhibit light surface corrosion from infrequent use, so check for any binding calipers, pulsing under pedal pressure, or pulling to one side during moderate stops. Tyres should be inspected for uneven shoulder wear, cracking of the sidewalls, or flat spots, particularly if the vehicle has stood for prolonged stretches, and the age of the tyres should be checked as older rubber can harden and lose grip regardless of tread depth. Suspension and underbody components warrant close physical inspection given the vehicle's age and the propensity for corrosion on hybrid models where moisture and road salt can accumulate around the rear subframe and suspension linkages. With a test drive, listen for clonks or knocking over speed humps and uneven surfaces, which could indicate perished anti-roll bar bushes, worn drop links, or top mount deterioration. Steering should remain precise and free of vagueness through high-speed corners, with no knocking from the front struts or knocking from the front suspension on uneven braking. Finally, request evidence of the hybrid system health report, including the state of charge and any diagnostic trouble codes stored within the hybrid control unit, as the MOT does not cover the high-voltage battery or electric drive components. A pre-purchase inspection by a hybrid specialist would be prudent to confirm the integrity of the battery pack, inverter, and associated cooling systems, none of which are assessed under the standard MOT regime.