Future Force Warrior

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Future Force Warrior was a United States military advanced technology demonstration project that was part of the Future Combat Systems project. The FFW project sought to create a lightweight, fully integrated infantryman combat system. It was one technology demonstration project in a series of network-centric, next-generation infantry combat projects the U.S. military have developed over the past decade, such as the Soldier Integrated Protective Ensemble technology demonstration program, Land Warrior, and Transformation of the United States Army.

Future force warriors

Land warrior
Air warrior
Place of originUnited States

The Future Force Warrior concept envisioned the radical use of technologies such as nanotechnology, powered exoskeletons, and magnetorheological fluid-based body armor to provide the infantry with significantly higher force multiplier than the opposing force. However, the stated concept was not U.S. Army doctrine, and was not intended to answer every situation that Army After Next (the Army’s buzzword for future fighting forces) would face; rather, the concept was meant to serve as an end goal to strive to reach or to compromise with current technologies and to stir imagination and dialogue on how these technologies and concepts could help soldiers in the near future.

The first phase of the project involved a development of the technologies to help reduce the soldier’s fighting load and power requirements and improving the soldier’s protection, lethality, and environmental and situational awareness, with planned deployment in 2010, to serve the Army’s short-term needs. The Army’s plan was to introduce the subsystems in “spirals” every two years, instead of one large rollout every ten years. The U.S. military hoped to develop a fully realized end product sometime in 2032, incorporating research from U.C. Berkeley’s BLEEX exoskeleton project and the Massachusetts Institute of Technology’s Institute for Soldier Nanotechnologies into a final design. This was one of the most important parts. The Army Combat Shirt was developed from this program.

🔥Basic Features🔥

U.S. Army Rangers of 3rd Battalion 75th Ranger Regiment from the Future Combat Systems, Evaluation Brigade Combat Team, at a live demonstration February 1, 2007 at Fort Bliss, Texas.

Combat Uniform Subsystem

Described as “Survivability Central”, was intended to contain a trio of layers, “the Protective Outer Layer, the Power Centric Layer, and the Life Critical Layer.” 

Warfighter Physiological Status Monitor Subsystem

WPSM was intended to be an on-board physiological and medical sensor suite that would collect and monitor information regarding vital signs such as body temperature, heart rate, blood pressure, hydration and stress levels, sleep status, body positioning and workload capacity of the warrior. If necessary, the WPSM can notify medics and commanders if the soldier has been wounded or has become fatigued.

Microclimate Cooling System

The Microclimate Cooling System, built into the Life Critical Layer, would have been a network of narrow tubing to provide heating or cooling to the soldier, up to 100 watts.

Power Subsystem

The Power Subsystem, built into the Power Centric Layer, would be fed by the Duration Central, a 2 to 20 watt Micro Turbine fueled by a liquid hydrocarbon fuel pack. According to the concept, ten ounces of fuel would power the soldier’s integrated electronics ensemble for up to 6 days. Polymeric nanofiber battery patches embedded in the headgear and weapon provide back-up power for three hours.

Listed under the Power Vision in the Advanced Technology Demonstrator, the current specifications ask for 24-hour autonomous individual operation and 72-hour continuous autonomous team operations, with a high density, low weight/volume, self-generating/re-generating, reliable, safe power source.

✈Air warriors✈

Air Warrior was the U.S. Army’s next-generation aircrew ensemble, with the final product intended to provide life support, ballistic protection, and nuclear, biological, and chemical (NBC) protection in mission-configurable modules, and was under development with interoperability in mind. The system consists of components integrated to maximize safe aircraft operation and sustain aircrews throughout the flight environment.

A U.S. Army soldier displays the 21st Century, Land Warrior, Integrated Fighting System at Fort McPherson, Georgia in June 2001. The system consists of a global positioning system, within a computer/radio subsystem.

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