2021 Toyota Yaris Icon HEV CVT 1.5L Hybrid electric (clean) · SO71 FML

The vehicle in question, a 2021 Toyota Yaris Icon HEV CVT, was most recently presented for its annual roadworthiness examination on 11 November 2025 and was awarded a clean pass with no defects or advisories recorded against it. The only other documented DVSA test on file took place on 14 November 2024, which similarly resulted in a pass with no recorded defects. While the absence of advisory notes is a positive indicator of condition at the time of test, it should be noted that the hybrid system, battery health, internal combustion engine wear, and many suspension and corrosion-related items are not scrutinised in the same depth during a standard MOT as they would be by a comprehensive pre-purchase inspection. With two consecutive clean results, the official maintenance trend appears stable, but the limited number of records means a pattern cannot be firmly established. Against a vehicle age of approximately five years, the recorded mileage of 29,285 miles equates to an annualised usage of roughly 5,857 miles per annum. This is considerably below the national average for a privately owned car and suggests either predominantly short-distance urban driving, a secondary household vehicle, or extended periods of standing. Low annual mileage of this nature reduces wear on major drivetrain components and consumable braking parts, but it does introduce specific age-related concerns. Irregular or minimal use can accelerate degradation of the 12-volt auxiliary battery, promote surface corrosion on brake discs due to lack of regular heating cycles, and allow standing water to collect in exhaust and underbody cavities, potentially leading to premature oxidation. From a physical inspection perspective, a prospective buyer should pay particular attention to the age and condition of the tyres, as rubber compounds deteriorate through calendar ageing regardless of tread depth; check the sidewalls carefully for perishing cracks, crazing, or bulging, and confirm the manufacturing date code on each tyre to ensure they are not older than six years. The 12-volt battery, which is critical for initiating the hybrid system, should be load-tested, as low-mileage vehicles frequently suffer from battery sulphation due to shallow discharge cycles. Similarly, the brake discs and calipers should be examined for signs of corrosion pitting or seizing, particularly on the rear axle where electronic parking brake mechanisms can bind if rarely actuated; on a test drive, listen for scraping, grinding, or uneven pulling under braking, and feel for any vibration through the steering wheel. Additional age-appropriate checks should include a thorough inspection of the coolant, brake fluid, and hybrid inverter coolant for time-based degradation, as these fluids lose their protective properties through oxidation and moisture absorption rather than purely through mileage accumulation. The high-voltage hybrid battery pack itself should be assessed for state of health, ideally via a Toyota dealer diagnostic readout, as cells can drift in balance even on low-mileage examples. Verify the service book stamps and digital service history, paying particular attention to whether the manufacturer-recommended hybrid system checks and oil changes have been performed at correct intervals irrespective of low annual mileage. Finally, inspect the underbody, suspension arms, coil springs, and bushings for any standing corrosion or perished rubber components, and confirm the operation of all infotainment, climate control, and driver assistance systems during a stationary and moving test drive.