▪ Various cylinder specifications (2P~6P) reduce braking distance

▪ Reinforced aluminum is used to ensure lightness, rigidity, fuel efficiency, durability, and corrosion resistance

▪ A device that supplies air to generate electricity by reacting with hydrogen in a fuel cell stack

▪ The amount of air flowing into the fuel cell stack varies with the rotation speed, making it crucial for FCEV performance

▪ Reduce the weight and size of the rotor shaft and secure world-class performance

▪ A key component depressurizes ultra-high pressure hydrogen(700→9.5 bar), ensuring stable flow to the fuel cell stack

▪ Uses STS316L for its airtightness and durability, with unrivaled processing technology for this difficult-to-cut material

▪ A key steering device that transmits the steering wheel's rotational force to the wheels, changing the vehicle's direction

▪ A vibration-proof and sound-proof structure

▪ Various cylinder specifications (2P~6P) reduce braking distance

▪ Reinforced aluminum is used to ensure lightness, rigidity, fuel efficiency, durability, and corrosion resistance

▪ A device that supplies air to generate electricity by reacting with hydrogen in a fuel cell stack

▪ The amount of air flowing into the fuel cell stack varies with the rotation speed, making it crucial for FCEV performance

▪ Reduce the weight and size of the rotor shaft and secure world-class performance

▪ A key component depressurizes ultra-high pressure hydrogen(700→9.5 bar), ensuring stable flow to the fuel cell stack

▪ Uses STS316L for its airtightness and durability, with unrivaled processing technology for this difficult-to-cut material