2026 Toyota C-HR Excel Phev Auto Hybrid electric (clean) · GJ26 UBW

A complete absence of official DVSA MOT history defines this vehicle, which is expected given its registration year of 2026 and the standard UK exemption from initial testing until a vehicle reaches three years of age. Without historical test data, there are no recorded failures, pass rates, or accumulated advisories to analyse regarding structural corrosion, component wear, or emissions performance. Roadworthiness cannot be verified through government testing records, leaving the vehicle entirely dependent on its factory condition and any independent maintenance documentation that may accompany the sale. Official mileage records are similarly absent from the national database for this vehicle, preventing any calculation of annual distance accumulation or the identification of extended periods of storage. Because the car falls well within its initial statutory exemption window, the lack of recorded odometer readings is standard and does not indicate an irregular usage pattern or a testing lapse. Prospective buyers should verify the current odometer reading directly against the physical dashboard display and any available purchase invoices or delivery documentation. Given that this plug-in hybrid electric vehicle has no history of MOT advisories or mechanical faults on record, inspection priorities shift entirely toward verifying its modern powertrain and chassis systems. During a static and dynamic evaluation, a buyer should test the transition between the petrol engine and electric motor drive, listening for any unusual electrical whines, hesitation, or hesitation under acceleration. The regenerative braking system must be checked for smooth pedal response and the absence of grinding or excessive travel, while the complex high-voltage cabling and auxiliary components should be visually inspected for security and the absence of fluid leaks. On the road, the plug-in hybrid architecture adds significant weight compared to traditional variants, placing heightened demand on suspension bushes, coil springs, and dampers. A thorough test drive over uneven road surfaces is essential to detect any premature knocks, clunks, or instability from the multi-link suspension setup, steering rack, or wheel bearings. Furthermore, all electronic driver assistance systems, charging ports, and onboard diagnostic readouts must be fully tested to ensure no latent electrical faults are present in the vehicle's onboard networks.