2026 Toyota C-HR Design HEV CVT Hybrid electric (clean) · FD75 EJC

With no MOT tests recorded against this 2026 Toyota C-HR Design HEV CVT, the DVSA history file is effectively a blank page, offering no empirical evidence of roadworthiness trends, advisory patterns, or component wear to draw upon. Because the vehicle carries a 2026 registration year and today is September 2026, it is entirely consistent with UK testing rules that no MOT has yet been conducted, as cars are not required to be presented for their first test until they reach three years of age. The absence of records therefore cannot be interpreted as either reassuring or concerning; it is simply a function of the car's age. Any prospective buyer evaluating this vehicle must therefore rely entirely on a physical inspection and an independent pre-purchase mechanical assessment rather than on retrospective test data. The mileage recorded against this vehicle is not available, and there is insufficient historical data to establish an annual accumulation rate or to detect any unusual usage patterns such as low-mileage short-trip motoring, long periods of inactivity, or exceptionally high mileage for the vehicle's age. Without corroborated odometer readings from successive tests, it is not possible to verify whether the displayed mileage is plausible, whether the vehicle has suffered from extended periods of standing unused, or whether it has been subjected to motorway-class mileage that would accelerate wear to items such as the hybrid system's high-voltage battery, the continuously variable transmission, brake discs, and tyres. This data gap places the burden of mileage verification squarely on the buyer at the point of inspection, ideally by cross-referencing service invoices, Toyota dealer records, and any in-car trip computer history. Given that the MOT file is empty, a test drive and physical inspection must focus on the components most prone to wear or premature failure in a hybrid crossover of this age and type, particularly items that would normally first surface as advisories at a three-year test. Listen carefully for any knocking, clonking, or creaking from the front suspension over speed humps and uneven road surfaces, which would indicate worn anti-roll bar bushes, control arm bushes, or top mount bearings, all common advisory candidates on Toyota chassis of this generation. Feel for vibration through the steering wheel or brake pedal under firm application, which may suggest warped brake discs, and check for any pulling to one side under braking that could point to a binding caliper or uneven pad wear. Inspect the underside of the vehicle, paying close attention to the subframe mounting points, suspension arm interfaces, brake pipes, and fuel system shielding for any signs of corrosion, fluid staining, or impact damage. Because this is a hybrid powertrain, particular attention should be paid to the operation of the transition between petrol engine and electric drive, ensuring it occurs smoothly without harsh juddering or warning lights on the instrument cluster, and that the brake pedal feels consistent rather than spongy or excessively firm, which could indicate issues with the regenerative braking system's integration with the hydraulic system. On a test drive, confirm that the CVT responds predictably to throttle inputs without slipping, surging, or producing droning noises at constant speeds, and that the hybrid system warning indicator is not illuminated. Inspect all four tyres for even tread wear across the full width, as uneven shoulder wear on a near-new car can suggest misalignment from a prior impact, and check that the tyre sizes match Toyota's specification. Finally, verify that the vehicle's service history includes the manufacturer-recommended hybrid system health checks and that any in-car entertainment, safety, and driver assistance systems such as the pre-collision system, lane departure alert, and reversing camera are functioning correctly, as no MOT record exists to confirm the operational status of any of these items.