How much HP and torque does a Honda HR-V have?
In the latest US-spec HR-V, the standard 2.0-liter engine makes 158 horsepower and 138 pound-feet of torque. A hybrid variant, where offered in other markets, delivers about 131 horsepower combined with roughly 187 pound-feet (253 Nm) of system torque.
The Honda HR-V’s power figures vary by engine and market. The current generation (2023–present) in the United States uses a 2.0-liter four-cylinder delivering 158 hp and 138 lb-ft of torque, typically paired with a continuously variable transmission. A separate hybrid variant (e:HEV), available in select regions, produces about 131 hp in combined output with approximately 253 Nm (187 lb-ft) of torque from the electric motor and internal combustion engine working together. Regional differences, trim levels, and model years can yield other slight variations, so checking the exact specification for a given vehicle is advisable.
Powertrains by Market
Below is a quick rundown of the main power figures you’ll encounter in current HR-V configurations. The numbers reflect typical specifications published by Honda for major markets.
- United States / Canada (conventional engine): 2.0-liter inline-4, 158 horsepower, 138 lb-ft of torque; usually paired with a CVT.
- Hybrid variant (e:HEV, where available): approximately 131 horsepower combined; about 253 Nm (187 lb-ft) of system torque; electric motor assist with an e-CVT.
In practice, this means the HR-V offers strong low-end torque from the internal-combustion engine in the non-hybrid setup and a different, efficiency-focused power delivery in the hybrid configuration. Always confirm the exact figures for your market and trim with the official specifications or window sticker.
Summary
The Honda HR-V’s horsepower and torque depend on the model and market. The current US-spec conventional engine produces 158 hp and 138 lb-ft of torque, while the HR-V hybrid (where offered) delivers about 131 hp combined with around 187 lb-ft (253 Nm) of system torque. For other regions, power figures may differ based on the specific hybrid setup or engine choice, so local specs should be consulted for absolute precision.
