Tactical Science Morphing Concealment Juxto-Generation Camouflage Endorsement
Latest in camouflage evolutions prior to nexgen TII release in 2009.
Kalispell, MT, November 13, 2006 --(PR.com)-- RangerMade Tactical Consultancy is placing a formal endorsement on several breaking camouflage designs that are now being released for sale. RangerMade, a leader in Special Operations Concealment comments about the arrangement. After multiple years of global study in the textile industry the company is working together to provide innovative solutions for special operations concealment designs. This comes as the final installment in what is called their terminal textile evolution. "Modern wovens will slowly begin to take a back seat as nanno fibers and fiberoptics become mainstream," stated spokesperson Alexander Mcgregor.
"High performance visual deception measures demand constant evolution and dictate the need for full spectrum concealment science to pre-empt anticipated counter measures and preserve mission integrity. This latest release comes from the belief that conflict location, technology and necessity are combining to form an ideal proving ground for concealment innovation," Mcgregor continued.
“The first and most obvious hurdle to address is the visual aspect,” states spokesperson Alexander McGregor. This has a very specific science all its own that must be considered, but starting here gives a base template from which to begin. The modern battlefield continues to insist on lighter and more integrated equipment. This demand has been met by advanced lightweight textiles created with dual profiles to cover the widest array of terrain and seasonal vegetation encountered. Visible light wavelengths on these products range between 350 and 740 nanometers.
In order to confuse Near IR the human signature is merged with that of its radiant surroundings. Organic and inorganic signatures can now be imitated by material selections that mimic their reflectivity rate. Reflectance is controlled by special pigments that adapt to environmental conditions. Near IR wavelength measurements range between 700 and 2,500 nanometers.
Thermal detection devices have become abundant and their use widely prevalent. Effective examples of even archaic technology are witnessed almost nightly with local police departments in aerial pursuit of blissfully ignorant suspects while using FLIR. This consideration must be confronted and defeated to save the lives of observers operating deep behind enemy lines without external support. The application of new proprietary grid screens to an object can cause it to duplicate ambient signatures and deceive detection systems. This is effective against thermal detectors operating in the mid-band 3-5 micron range and far band 8-12 micron range.
Electromagnetic sensors now carry sensitivity that will betray the location of buried materials and detect pieces of individual equipment that are otherwise well hidden. This threat has been neutralized with new nets that employ a special chassis designed to scatter and absorb radar. Deception is effective over 2-100 Ghz, covering the centimetric and millimetric wave bands.
“Special Operations camouflage is about engineering deception that will hamper an enemies’ intelligence gathering, and force grave errors in their judgment. Combat superiority mandates that we field advanced rapid-deployment multi-spectral systems. They must offer visual feedback loops for deception, and provide a verbal feedback loop with the product’s end-user, to maintain correct evolution. We intend to continue to track emerging battlefield developments that will advance concealment beyond modern weapons and detection systems and counter them to facilitate mission success,” states McGregor.
To learn more contact: www.RangerMade.US
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"High performance visual deception measures demand constant evolution and dictate the need for full spectrum concealment science to pre-empt anticipated counter measures and preserve mission integrity. This latest release comes from the belief that conflict location, technology and necessity are combining to form an ideal proving ground for concealment innovation," Mcgregor continued.
“The first and most obvious hurdle to address is the visual aspect,” states spokesperson Alexander McGregor. This has a very specific science all its own that must be considered, but starting here gives a base template from which to begin. The modern battlefield continues to insist on lighter and more integrated equipment. This demand has been met by advanced lightweight textiles created with dual profiles to cover the widest array of terrain and seasonal vegetation encountered. Visible light wavelengths on these products range between 350 and 740 nanometers.
In order to confuse Near IR the human signature is merged with that of its radiant surroundings. Organic and inorganic signatures can now be imitated by material selections that mimic their reflectivity rate. Reflectance is controlled by special pigments that adapt to environmental conditions. Near IR wavelength measurements range between 700 and 2,500 nanometers.
Thermal detection devices have become abundant and their use widely prevalent. Effective examples of even archaic technology are witnessed almost nightly with local police departments in aerial pursuit of blissfully ignorant suspects while using FLIR. This consideration must be confronted and defeated to save the lives of observers operating deep behind enemy lines without external support. The application of new proprietary grid screens to an object can cause it to duplicate ambient signatures and deceive detection systems. This is effective against thermal detectors operating in the mid-band 3-5 micron range and far band 8-12 micron range.
Electromagnetic sensors now carry sensitivity that will betray the location of buried materials and detect pieces of individual equipment that are otherwise well hidden. This threat has been neutralized with new nets that employ a special chassis designed to scatter and absorb radar. Deception is effective over 2-100 Ghz, covering the centimetric and millimetric wave bands.
“Special Operations camouflage is about engineering deception that will hamper an enemies’ intelligence gathering, and force grave errors in their judgment. Combat superiority mandates that we field advanced rapid-deployment multi-spectral systems. They must offer visual feedback loops for deception, and provide a verbal feedback loop with the product’s end-user, to maintain correct evolution. We intend to continue to track emerging battlefield developments that will advance concealment beyond modern weapons and detection systems and counter them to facilitate mission success,” states McGregor.
To learn more contact: www.RangerMade.US
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RangerMade
Deloris Hayes
406-751-5107
www.rangermade.us
Deloris Hayes
406-751-5107
www.rangermade.us
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