New Toyota C-HR VS Honda HR-V 2023

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The C-HR’s punchy dual-overhead cam 2.0-liter four-cylinder engine produces 144 horsepower at 6,100 rpm and 139 pound-feet of torque at 3,900 rpm. The engine employs many of Toyota’s latest-generation technologies, including Variable Valve Timing (VVT) and Valvematic valve lift control.

The front-wheel drive C-HR comes standard with the Continuously Variable Transmission with intelligence and Shift mode (CVTi-S). A preload differential helps to distribute torque between the front wheels during low-speed operation to make for easier, composed driving.

Drivers will welcome the powertrain’s well-sorted nature, and they’ll love Sport mode and the simulated 7-speed Sequential Shiftmatic feature. Engaging Sport mode via the multi-information display (MID) increases throttle responsiveness, quickens the CVT’s simulated automatic “step-up” shifts, and maintains high engine speed to enhance acceleration. Pushing the gearshift over to the left while in Drive engages Sequential Shiftmatic, and lets drivers shift simulated gears manually.

On all C-HR grades, the Brake Hold Function is designed to maintain braking force on all four wheels to keep the vehicle stationary when at a full stop. As a result, the vehicle will remain still even if the driver reduces brake pedal pressure. When the driver depresses the accelerator, brake pressure releases, and the vehicle will move forward.

The e:HEV powertrain consists of two compact, powerful electric motors that work alongside an Atkinson-cycle 1.5-litre DOHC i-VTEC petrol engine, a lithium-ion battery and an innovative fixed-gear transmission coupled to a power control unit.

For its installation in the HR-V, the e:HEV’s power is boosted from 109PS as found in the Jazz, to a total power output of 96kW (131PS) and 253Nm of torque.

The e:HEV system in the HR-V is more compact than in the Jazz, and has a higher degree of energy density that enables it to generate greater torque. The number of cells in the battery has been increased by 25%, allowing greater storage and deployment of electric power over the 80kW Jazz, with the power control unit (PCU) now downsized and integrated into the engine compartment, and water cooled instead of air cooled, for improved heat management.

The effect is an effortless and comfortable journey, whether travelling through urban areas or cruising at high speed on motorways. The HR-V produces CO2 emissions from 122 g/km (WLTP), returns fuel economy of 5.4l /100km (WLTP), and accelerates from standstill to 62mph / 100km/h in 10.6 seconds.

As a result, the new-generation HR-V has a contemporary coupe-SUV body that achieves a desirable yet rare combination of premium and dynamic design and exceptional space efficiency. It embodies Honda’s new simple, clean, modern design philosophy already seen in recent new models, and successfully extends the brand's reputation for quality, functionality and practicality.

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