Control
Study how an operator initiates, regulates, and ends assistance predictably.
A proprietary, hybrid compressed-gas and electric ducted fan propulsion system engineered to augment operator mobility, acceleration, and maneuverability while integrating with conventional tactical equipment.
Mobility augmentation is a complete human-machine problem. Thrust alone does not establish a useful system: ergonomics, mass, energy, control, and repeatable behavior must be evaluated together.
This research-stage concept targets demanding movement requirements in mountain terrain, urban operations, rapid insertion and extraction, and border security. These are intended applications; demonstrated performance is subject to testing and validation.
Study how an operator initiates, regulates, and ends assistance predictably.
Assess fit, balance, physical burden, and operator understanding.
Define measurable objectives and test outcomes before making performance claims.