Do More, Go Further
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Enhanced Performance
2x Strength improvement
2x Endurance improvement
50% Reduction in experienced g-forces
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Unimpaired Mobility
Forge preserves natural movement
Unencumbered 0 - 155° degree motion and bend of knee
Power when you need it, not when you don't
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Efficient Power Transfer
Pneumatic actuation allows for reduced distal mass and more efficient power transfer
Minimal weight on leg translates to greater mobility
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Forge Platform
Modular Design - Enables flexible configurations and deployment to support various missions.
Lightweight Functionality - Forge generates torque by forcing air through lightweight actuators to add power without the weight or bulk of metals and motors.
Modular Design - Enables flexible configurations and deployment to support various missions.
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Modular PowerPack
Power - The modular power pack generates pressurized air for the system and can be flexibly configured to meet the needs of the mission.
Control Software - The AI-guided control software actively adapts to the user’s movement to provide power when you need it and stays out of the way when you don’t.
Power - The modular power pack generates pressurized air for the system and can be flexibly configured to meet the needs of the mission.
Control Software - The AI-guided control software actively adapts to the user’s movement to provide power when you need it and stays out of the way when you don’t.
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Robotic Knee System
Actuator - Pneumatic device that converts air pressure into useable torque on the body.
Brace - Structure affixed to the user’s legs to aid in power transfer while providing stability and support to the user’s knees.
Actuator - pneumatic device that converts air pressure into useable torque on the body.
Brace - Structure affixed to the user’s legs to aid in power transfer while providing stability and support to the user’s knees.