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Military

Around the world military forces are exploring how smart clothing can be used to increase the safety and effectiveness of military forces. The use of advanced functions including communications, location awareness, vision equipment, has all been adopted using piece meal systems. Military clothing already includes protection against the elements and body armour antiballistic protection.

 

In the U.S. Natick Laboratories has been developing the Future Force Warrior Programme. This includes:
  • Protective Clothing Ultra-Lightweight, Low Bulk, Multi-Functional, Full Spectrum Protective Combat Ensemble.
  • Wireless Networking. Networked FFW small unit/teams with robust team communications, state-of-the-art distributed and fused sensors, organic tactical intelligence collection assets, enhanced situational understanding, embedded training, on-the-move planning, and linkage to other force assets
  • Power Generation 72-hour continuous autonomous team operations, high density, low weight/volume, self-generating/re-generating, reliable, safe power source/system
  • MIssionSupport Unconstrained vertical and lateral movement at full up combat/assault capability during mission execution. Optimized cognitive and physical fightability, on-board physiological/medical sensor suite with enhanced prompt casualty care.
  • Vital signs: core temperature, skin temperature, heart rate, blood pressure, hydration state, stress level (mouth sensors), thermal state, sleep status, workload capacity of the warrior.

 

OFW3OFW6OFW7

 

Future Needs:

Lightweight multifunctional clothing that integrates:

  • Intelligent textiles providing electronics, optics and sensor suites
  • Lightweight ballistic protection
  • Improved camouflage/signature management
  • Self detoxifying, chemical/biological (CB) protective fabrics and membranes
  • Flame protection
  • Antimicrobial protection
  • Improved environmental (weather) protection
  • Reduce weight and bulk with improved fit, comfort and durability
  • Decreased logistical burden through integration for enhanced mobility and survivability

 

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Last modified: 04/09/09