Technical Features and Applications：
The HR16 engine employs a number of advanced technologies and processes, including special cylinder boring,
thin water jacket design chain oil pump, integrated water pipe structure, crankshaft offset technology, cracked
connecting rod processing, nickel-chromium valve lifters, Continuous Variable Valve Timing Control (TC), and
low-pressure piston rings. These technologies enable the HR16 engine to achieve leading performance in torque
output at medium and low speeds, fuel economy, vibration and noise reduction among its peers.
Development process and performance enhancement：
The HR16 engine has undergone multiple iterations of upgrades, continuously improving performance and fuel economy.
For example, third-generation HR16 engine adopts mirror bore coating, e-VTC, TCV, and EGR technologies, further
enhancing power performance, fuel economy, andness. These improvements enable the third-generation HR16 engine to
meet the National VI emission standards, with the maximum output power increased to 102 kilatts (139 horsepower) and
the peak torque reaching 169 newton-meters. The comprehensive fuel consumption per 100 kilometers is to 4.9 liters.
