2023 Toyota Yaris GR Sport HEV CVT 1.5L Hybrid electric (clean) · BP23 WYL

A single, exceptionally brief test history characterises this three-year-old hybrid, which secured a first-time pass on July 27 2026 at an odometer reading of 18,834 miles. The solitary item noted by the examiner was a minor defect concerning a damaged windscreen that did not compromise the driver's field of view. Because this represents the only statutory roadworthiness test recorded for the vehicle, there is no historical pattern of recurring advisories or previous failures to evaluate, leaving the initial statutory inspection as an isolated baseline for its structural and mechanical condition. Accumulating approximately 6,278 miles annually since its registration places this Yaris well within typical usage parameters for a modern petrol-electric supermini. This moderate mileage rate indicates a consistent operational rhythm rather than severe commercial deployment or prolonged periods of static storage, ensuring that major drivetrain and electrical components have experienced regular operating cycles. Mechanically, a steady mileage accumulation of this nature prevents the common degradation issues associated with long-term lay-ups, such as deep-cycle battery sulfation or internal seal desiccation, whilst maintaining realistic wear on friction materials. Although the official roadworthiness record is currently clear of structural or mechanical failures, prospective buyers must still perform targeted physical checks during a static inspection and a live road test. Pay close attention to the specified minor windscreen damage, checking whether the chip or crack has spread or requires a complete replacement rather than a simple resin repair. Because the braking system relies heavily on regenerative deceleration in hybrid powertrains, inspect the physical brake discs and pads for signs of surface corrosion or uneven scoring caused by infrequent use of the mechanical friction brakes. During the test drive, listen carefully for any abnormal noises from the MacPherson strut front suspension and torsion beam rear setup when navigating speed humps or uneven urban road surfaces. The continuously variable transmission should transition smoothly without excessive whine or hesitation under acceleration, and the transition between electric motor operation and petrol engine engagement must remain seamless. Ensure the steering centres accurately with no pull under braking, and verify that all hybrid energy flows display correctly on the dashboard instrumentation without triggering warning lights.