2020 Lexus CT 1.8L Hybrid electric (clean) · BF70 HBE

An exceptionally clean and unbroken series of four straight test passes defines the official MOT history of this Lexus, culminating in a clear certificate issued on the twenty-seventh of April, two thousand and twenty-six. This unblemished inspection record indicates that the vehicle has consistently met statutory roadworthiness standards without accumulating structural corrosion, suspension wear, or emissions failures across its recorded testing life. The single minor blemish noted on the most recent certificate concerns a slightly damaged or frayed offside front lower seatbelt webbing near the anchor point, which represents the sole recorded defect on an otherwise immaculate examination history. Covering a total distance of 85,148 miles over its six-year lifespan translates to an average annual accumulation of roughly 14,191 miles, establishing a high-mileage profile that is well above typical domestic averages. This intensive usage pattern suggests the vehicle has spent significant periods operating at sustained cruising speeds, likely on major road networks rather than enduring frequent short urban journeys. While this steady deployment minimizes the risks associated with long-term stationary storage, the high mileage places heavier demands on foundational consumables, rotating drivetrain components, and load-bearing chassis parts. Prospective buyers inspecting this vehicle should focus their initial checks on the physical condition of the cabin restraint system, specifically pulling and retracting the offside front seatbelt fully to inspect the entire length of the webbing for the fraying flagged during the latest test. Given the heavy mileage accrued, a comprehensive physical examination of the wheel bearings, drive shafts, and suspension dampers is essential to ensure that high-speed motorway use has not induced premature mechanical fatigue or play in the joints. During the static inspection and subsequent test drive, pay close attention to the operation of the hybrid braking system, listening specifically for any grinding or abnormal resistance from the friction brakes as the regenerative system transitions to mechanical stopping. Take the car over a varied route to test for any subtle knocks, vibrations, or tracking issues from the front axle, and verify that the seatbelt mechanism locks securely under tension and retracts smoothly without binding against the B-pillar trim.