2025 Toyota C-HR Design HEV CVT 1.8L Hybrid electric (clean) · LL75 SLU

The vehicle in question, a 2025 Toyota C-HR Design HEV CVT, currently holds no recorded DVSA MOT test history. This is entirely consistent with its registration year, as UK legislation does not require an MOT test until a vehicle reaches three years of age, meaning the first test for this model would not be due until 2028. Consequently, there is no historical data from which to evaluate maintenance trends, identify recurring defect patterns, or assess the progression of wear-related advisories. The prospective buyer should therefore recognise that any assessment of this vehicle's mechanical condition at present must rely entirely on a physical pre-purchase inspection rather than historical regulatory test outcomes. Regarding recorded mileage, no data has been supplied against which to benchmark usage rates. Given the vehicle's registration year of 2025 and the current date of September 2026, the car is approximately one year old. Should the mileage prove to be very low or irregular, this raises distinct mechanical concerns associated with standing rather than wear. Vehicles that are infrequently used or cover very short distances are prone to binding brake calipers due to corrosion on the caliper slides and pistons, as well as disc surface corrosion that can lead to judder or vibration under initial braking. Low usage also accelerates tyre sidewall perishing and cracking from UV exposure and age, particularly if the vehicle has been stored outdoors. Furthermore, hybrid vehicles such as the C-HR that are not driven regularly can suffer from degradation of the 12V auxiliary battery, which is responsible for powering the vehicle's electronic systems and initiating the hybrid powertrain's start-up sequence, and infrequent use prevents the high-voltage hybrid battery from maintaining optimal charge balance. In the absence of any MOT data, the prospective buyer must adopt a proactive and methodical inspection approach tailored to a nearly new vehicle. A thorough physical inspection should commence with the tyres, examining all four corners and the spare or repair kit for uneven wear, sidewall cracking, and to confirm that the manufacturing date code on the sidewall indicates rubber no older than twelve months, as aged tyres compromise grip regardless of tread depth. The braking system should be carefully evaluated for any signs of corrosion or seizure, with a test drive confirming smooth operation without pulling to one side, and the handbrake or electronic parking brake should be observed for proper engagement and release. The 12V battery should be load-tested by a competent technician to verify its state of health, and the hybrid system's diagnostic history should be reviewed through the main dealer network to confirm no firmware updates or technical service actions remain outstanding. Finally, attention should turn to the time-based servicing requirements that apply irrespective of low mileage, as components degrade through calendar ageing rather than purely through use. Brake fluid is hygroscopic and should be renewed every two years to prevent moisture ingress from compromising braking performance and causing internal corrosion within the ABS modulator. Engine coolant, inverter coolant in the hybrid system, and transmission fluid for the continuously variable transmission all have finite service lives and should be inspected for condition and replacement history, with documented evidence of adherence to the manufacturer's schedule being a key reassurance point. Oil service intervals on hybrid vehicles are often extended due to the internal combustion engine running less frequently, but a neglected service history can still lead to bore glazing, varnishing of the CVT internals, and premature wear of timing chain components. A comprehensive main dealer or specialist pre-purchase inspection, accompanied by a full vehicle health check via the Toyota diagnostic system, is strongly recommended to provide the buyer with the necessary confidence given the absence of MOT test history.