2023 Toyota Yaris Design HEV CVT 1.5L Hybrid electric (clean) · YM72 AAO

Accumulated at a rate of roughly 5,872 miles per year over its three-year lifespan, this Toyota Yaris Design HEV CVT has seen comparatively light duty, culminating in a pass on 2025-12-23 at 17,615 miles. While this single recorded test provides a foundation of roadworthiness, the inspection sheet carries notable tyre-related advisories that define the current mechanical state of the vehicle. Rather than structural or powertrain distress, the sole recorded concerns center entirely on the rubber boots, pointing to environmental exposure rather than high-mileage fatigue. This low-mileage profile, averaging under six thousand miles annually, indicates intermittent or urban-centric use patterns. For a hybrid vehicle equipped with a continuously variable transmission and regenerative braking, lower mileage means the friction braking system is used less frequently, which can occasionally lead to surface corrosion on the brake discs due to under-use. Prospective buyers should verify that the hybrid battery management and charging cycles operate correctly, as short urban trips can sometimes prevent the powertrain from completing full thermal and charge optimisation cycles. Attention must be directed immediately to the tyres, as the December 2025 MOT test flagged both front tyres as worn low on their edges and noted sidewall cracking and perishing on the nearside front and offside rear tyres. During a physical inspection, examine the DOT date stamps and inspect the tread depths and sidewalls across all four corners for excessive aging or degradation. Tyres exhibiting perishing require immediate budgeting for replacement regardless of remaining tread depth, as rubber degradation compromises grip and structural integrity. On the test drive, pay close attention to the ride quality and handling dynamics, listening for any unusual road noise or vibrations that could be amplified by the noted tyre wear. Test the regenerative transition by lifting off the accelerator and applying the footbrake firmly to check for smooth deceleration, pedal responsiveness, and the absence of any grinding or judder stemming from infrequently used friction brakes. Ensuring the alignment is true during a straight-line run will also confirm that the uneven front tyre wear observed at the last test has not negatively affected the steering geometry.