2025 Toyota C-HR Icon HEV CVT 1.8L Hybrid electric · LL75 TBU

No MOT test result is currently recorded on the DVSA database for this 2025 Toyota C-HR Icon HEV CVT, which is entirely consistent with its age. Vehicles in the United Kingdom are not required to undergo their first MOT inspection until they reach three years of age from the date of first registration, meaning a 2025 model would only become eligible for testing in 2028. As such, there is no prior pass or fail data, advisory history, or defect record against which to gauge maintenance trends, component wear progression, or mechanical stability. The absence of MOT history at this stage should not be treated as a concern, but rather as a reflection of the vehicle still being within its first registration window and covered exclusively by manufacturer warranty protocols. Regarding mileage, no odometer reading has been supplied, and there is insufficient historical data to cross-reference recorded mileages against the vehicle's age. A current production hybrid crossover of recent manufacture typically accumulates between eight thousand and twelve thousand miles annually under average driving conditions, though significant deviation either above or below this range is not unusual. Without prior MOT readings, it is not possible to verify usage patterns, detect any potential odometer discrepancies, or identify periods of extended standing or particularly heavy use. Any prospective buyer should therefore request a current, documented mileage figure and, where possible, evidence of consistent annual accumulation through service invoices, warranty work history, or dealership records to establish whether the vehicle has been driven within reasonable mechanical expectations for its age. Given that no MOT advisories or component failures have been recorded, and the vehicle remains extremely recent in terms of calendar age, a buyer inspection should focus on the practical vulnerabilities inherent to a low-mileage or lightly used vehicle rather than worn components. Tyres should be examined closely for sidewall perishing and surface cracking caused by age rather than wear, particularly if the vehicle has been stored or used primarily for short urban journeys, as even new-looking tyres can deteriorate from UV exposure and ozone over time. The 12-volt auxiliary battery, which is separate from the high-voltage hybrid system, should be health-checked, as low mileage and infrequent long runs can lead to premature depletion and reduced service life. Brake discs and calipers should be inspected for signs of corrosion, surface pitting, or binding, which commonly develop on vehicles that have been left standing for extended periods or subjected primarily to low-speed urban driving without sufficient brake application to keep components clean. Fluid integrity, regardless of mileage, should be verified through documented service records. Engine oil, coolant, brake fluid, and the transmission fluid within the CVT assembly all degrade over time due to moisture absorption, chemical breakdown, and additive depletion, and a vehicle of this age should ideally demonstrate evidence of time-based servicing in accordance with manufacturer schedules rather than purely mileage-based intervals. The hybrid system itself, including the high-voltage battery pack, inverter, and regenerative braking components, should be confirmed as operating within normal parameters, with warning lights absent and energy flow transitions between electric and petrol propulsion occurring smoothly. A thorough test drive should encompass varied road surfaces to expose any suspension irregularities, careful observation of the transition between electric and hybrid driving modes, and verification that the continuously variable transmission responds without hesitation, juddering, or excessive revving. Given the limited verifiable data, any prospective buyer would benefit from a pre-purchase inspection by a Toyota-trained technician or an independent hybrid specialist to confirm overall condition ahead of the warranty threshold.