This Scientific Innovation Helps Predator Drones Go Undetected
Charlotte Joyce Kidd — September 23, 2015 — Tech
References: washingtonpost & engadget
A new material is being tested by the U.S. Department of Defense for use on predator drones -- and it's been called a real life "invisibility cloak."
The "invisibility cloak" is actually a material called dielectric metasurface cloak, and it's a coating that would be painted onto the military predator drones. It's an improvement over previous drone-camouflaging coatings because it requires a much thinner layer of material to achieve near-perfect protection. Because of this thinness, this defensive cloak can actually manipulate light to make predator drones near-invisible. It can be used both to camouflage visually and block radar signals.
The product is still in testing and development, but the Homeland Defense and Security Information Analysis Center says it could be implemented with U.S. military predator drones in the next five to 10 years.
The "invisibility cloak" is actually a material called dielectric metasurface cloak, and it's a coating that would be painted onto the military predator drones. It's an improvement over previous drone-camouflaging coatings because it requires a much thinner layer of material to achieve near-perfect protection. Because of this thinness, this defensive cloak can actually manipulate light to make predator drones near-invisible. It can be used both to camouflage visually and block radar signals.
The product is still in testing and development, but the Homeland Defense and Security Information Analysis Center says it could be implemented with U.S. military predator drones in the next five to 10 years.
Trend Themes
1. Dielectric Metasurface Cloak - The development of dielectric metasurface cloak offers an opportunity to improve defense and security cloaking technology for both military and civilian use.
2. Invisible Drones - The creation of invisible drones could revolutionize military reconnaissance and surveillance tactics in a way never seen before.
3. Advanced Camouflage Technology - The emergence of advanced camouflage technology could transform the military industry by reducing the risk of detection and increasing the effectiveness of defense and reconnaissance operations.
Industry Implications
1. Military - The military industry stands to benefit greatly from advancements in drone cloaking and surveillance technologies, as improved efficiency and stealth can greatly increase military and civilian safety alike.
2. Aerospace - The aerospace industry could capitalize on the development of the dielectric metasurface cloak for applications beyond military drone use, such as improving the efficiency and safety of civilian flying vehicles.
3. Security - The security industry could greatly benefit from the use of advanced cloaking technology in developing effective solutions for private and public security applications.
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