2024 Toyota C-HR GR Sport HEV CVT 2.0L Hybrid electric · YY24 FFS

As this is a 2024 registration, the vehicle falls outside the statutory MOT testing threshold, meaning no MOT data is yet recorded on the DVSA system and consequently no advisories or failure points can be evaluated. While the absence of an MOT certificate is entirely expected for a car under three years old, the prospective buyer should be aware that any documented service history, warranty work, or pre-delivery inspection records will serve as the primary indicators of mechanical condition and maintenance quality until the first MOT is due. In the absence of failure history, the overall trend is necessarily neutral, and the burden of verification shifts to physical inspection and manufacturer service records. The recorded mileage has been supplied as unknown, which prevents a direct evaluation of annual usage rates against the vehicle's age. A hybrid crossover such as the Toyota C-HR GR Sport typically accumulates between 8,000 and 15,000 miles per year under average private use, and significant deviation from this range in either direction carries mechanical implications. Very low annual mileage, particularly under 4,000 miles, often results in prolonged standing periods that can degrade the 12V auxiliary battery, promote brake disc surface corrosion, and cause binding of the caliper mechanisms due to infrequent actuation. Conversely, if the mileage proves to be unusually high relative to the vehicle's age, accelerated wear on hybrid system components, suspension bushes, and tyre tread would be a concern, though given the car's relative youth, this scenario is less probable. Given the limited data and the vehicle's age, the buyer should conduct a thorough physical inspection focusing on age-related deterioration rather than wear-based defects. Tyre sidewalls should be examined closely for perishing or cracking caused by UV exposure and ozone degradation, which is common on low-mileage or infrequently driven vehicles regardless of remaining tread depth. The 12V battery, located in the boot area on the C-HR hybrid, should be tested for cranking voltage and state of health, as hybrid vehicles with frequent standing periods are particularly susceptible to auxiliary battery failure. Brake discs, especially the rear units, may exhibit light surface corrosion from disuse, and a test drive should include several progressive stops to confirm that any corrosion is shed and the braking feel remains firm and even without pulsation through the pedal. Further inspection points specific to a 2024 hybrid crossover include verification of the high-voltage battery state of health via the Toyota dealer diagnostic system, confirmation that all dashboard warning lamps illuminate and extinguish correctly during the ignition cycle, and a check for any fluid leaks beneath the engine bay or rear undertray area. The hybrid system warning indicators, including the ready light and any hybrid system fault messages, should be monitored during the test drive. Engine oil, coolant, brake fluid, and the inverter coolant should be inspected for condition and service intervals, as time-based fluid degradation remains relevant even on low-mileage vehicles, with brake fluid in particular requiring replacement every two years regardless of mileage due to its hygroscopic properties. A comprehensive pre-purchase inspection by a Toyota accredited technician is strongly recommended to fully assess the hybrid drivetrain and confirm the vehicle's roadworthiness prior to purchase.