2025 Toyota C-HR Design Phev Auto Hybrid electric (clean) · LS75 OBJ

No MOT history is available for this 2025 Toyota C-HR Design PHEV automatic, which means no DVSA roadworthiness test results or advisories have been recorded against the vehicle. As it is a current-model-year car first registered in 2025, it would not yet be subject to mandatory MOT testing under the current three-year exemption rule for new vehicles in the UK. Consequently, there is no official pass or fail data, no recorded defect trends, and no advisories to evaluate. Without prior test outcomes, a buyer cannot rely on the MOT history to gauge a maintenance trajectory, and any assessment of mechanical condition must therefore rest on a physical inspection, a thorough test drive, and verification of the manufacturer's service schedule. Recorded mileage is listed as unknown, so no meaningful comparison between distance covered and the vehicle's age can be made. For a PHEV of this vintage, this is a notable concern, as proper evaluation of component wear on the petrol engine, the hybrid system, regenerative braking components, and the high-voltage battery all depend on knowing how the vehicle has actually been used. Low-mileage PHEVs in particular can develop issues such as petrol engine oil seal drying, infrequent combustion leading to glazing of piston rings and bore corrosion, and degradation of brake discs and calipers from underuse due to heavy reliance on regenerative braking. A buyer should make every effort to obtain an accurate odometer reading, a full service history, and ideally evidence of regular longer runs where the petrol engine has been adequately warmed through. In the absence of MOT data, a prospective buyer should conduct a rigorous independent inspection. Externally, examine the tyres for age-related perishing or cracking of the sidewalls even if tread depth remains adequate, as tyres older than five years from the date code on the sidewall should be replaced regardless of wear. Inspect the bodywork, wheel arches, underbody, and suspension components for any signs of corrosion, paying particular attention to brake discs showing heavy surface rust that may indicate prolonged standing. Check the condition of the 12-volt auxiliary battery, which on modern vehicles can fail prematurely and cause erratic electronic behaviour, and verify that the high-voltage traction battery state of health has been professionally assessed. Examine brake calipers for any seizing or binding caused by infrequent use, as PHEVs that rely heavily on regenerative braking often suffer from corroded slider pins and pitted discs. On the test drive, monitor for any warning messages relating to the hybrid system, unusual vibrations from the petrol engine when it does engage, delayed or harsh transitions between electric and combustion drive, and any warning lights remaining illuminated on the dashboard. Listen for suspension knocks or clonks over uneven surfaces, which could indicate worn bushes, top mounts, or coil spring issues typical of standing or lightly used vehicles. Confirm smooth operation of the automatic transmission, responsive regenerative braking without surging, and effective cold-start performance from the petrol engine. Finally, verify that all scheduled services have been carried out by an authorised agent at the correct intervals, and that brake fluid, engine coolant, transmission fluid, and inverter coolant have been renewed on a calendar basis regardless of mileage, as time-based fluid degradation is a common oversight on low-use vehicles and can compromise both safety and long-term reliability.