2025 Toyota C-HR Design Phev Auto Hybrid electric (clean) · FP75 SYR

At present, there is no DVSA MOT history available for this 2025 Toyota C-HR Design PHEV Automatic, which means the vehicle has either not yet reached the three-year point at which its first MOT test becomes due in the United Kingdom or no test results have been recorded against the registration. As a prospective buyer, this absence should not necessarily be treated as a concern, as brand new vehicles are typically first presented for MOT at three years from the date of first registration, and any test completed very recently may not yet appear on the public record. However, the lack of a verifiable roadworthiness trail means that the mechanical condition of this PHEV cannot be cross-referenced against any official pass or failure data, making a thorough independent inspection all the more essential before committing to the purchase. While the absence of advisories or failures is superficially reassuring, it provides no empirical evidence of the vehicle's underlying condition, particularly given that the C-HR Design PHEV features a complex hybrid powertrain, regenerative braking system, and plug-in charging components that require specialist assessment beyond a standard MOT checklist. With no recorded MOT mileage history available, it is not possible to calculate an accurate annual usage rate for this vehicle, although it should be noted that the model was first registered in 2025, making it a very recent vehicle at the time of assessment. PHEV vehicles of this type are often purchased as company cars or for urban commuting, which typically results in moderate annual mileages supplemented by regular electric-only driving. As a buyer, you should request the complete service book and verify that mileage is consistent across all documentation, including any digital service records held by the Toyota dealer network. Where mileage is exceptionally low, particular attention should be paid to time-based degradation of components, while higher mileage examples should be checked for wear on hybrid system components, brake discs, and tyres. Any significant gaps in mileage recording between services should be queried with the seller to confirm continuity of use and verify that the vehicle has not been off the road for extended periods, which can bring its own set of mechanical concerns. Given the absence of MOT data and the relatively young age of the vehicle, your inspection should focus on items that are age-related rather than wear-related, beginning with a thorough examination of the 12V auxiliary battery, which in hybrid vehicles can degrade from infrequent use rather than mileage accumulation, and confirming that the high-voltage hybrid system is functioning correctly through the diagnostic menu. Tyres should be examined closely for sidewall cracking or perishing caused by age rather than wear, even if the tread depth appears adequate, as rubber compounds deteriorate over time regardless of mileage, and the PHEV's additional weight from the battery pack can accelerate uneven wear patterns if alignment is not within specification. Brake discs and calipers should be inspected for corrosion or binding, particularly on a vehicle that may have been driven predominantly in electric mode where regenerative braking reduces the use of the friction brakes, leading to potential for surface rust and seized caliper guide pins. A careful test drive should be conducted to listen for any abnormal noises from the suspension, particularly over uneven road surfaces where worn bushes, coil springs, or top mount bearings might reveal themselves through knocking or clonking sounds, and the transition between electric and hybrid propulsion should feel smooth and seamless. Additionally, attention should be directed towards the calendar-based servicing requirements that apply regardless of low mileage, including engine oil and oil filter changes, coolant replacement for both the combustion engine and hybrid system, brake fluid renewal which is typically required every two years due to its hygroscopic nature, and the condition of the transmission fluid in the continuously variable automatic gearbox. The charging cable and connector should be examined for damage or overheating signs, while the high-voltage battery state of health should ideally be verified through a Toyota dealer diagnostic check to confirm that it retains acceptable capacity. Exhaust emissions on the petrol engine element of the PHEV system should be assessed, particularly if the vehicle has been used predominantly in electric mode, as infrequent combustion operation can lead to oil contamination, carbon buildup on spark plugs, and potential catalyst degradation. Finally, all fluid levels should be checked for correct fill and any signs of leaks from the hybrid system cooling circuits, and the underside of the vehicle should be examined on a ramp for any corrosion or damage to the underbody panels and exhaust system, ensuring that this C-HR Design PHEV represents sound mechanical and electrical condition before purchase.