Automated Satellite Following System for UAV Swarms
We can now have many aerial unmanned vehicles fly in swarms keying of one in five, ten or even a hundred aircraft. Much work is being done and the USAF has implemented systems to fly UAVs Unmanned Aerial Vehicles in ah hoc formations like swarms of insects or flock of birds. It is time to take these technologies into the battlespace and try them out and use what we learn to help us monitor forces of nature, grid out the surface of other planets and provide protection and security to the free world. I propose keeping this task of swarming UAVs simple. We cannot quite match evolution and bird flock formations but we are on our way.
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Making a Mechanical Manta with Material Memory Manufacturing Methods
Once airborne it can act as a communication relay and interact with all satellites, ships, cell towers, wireless military technologies, AWACS, Aircraft and other UAVs. The balloon system will operate in a similar fashion to the Georgia Tech Graduate Student's concept depicted here. The MMR UUV - UAV will also have its own autonomous navigation and terrain following system in case of communication failures or electronic attack, which will be deployed if needed. The back-up secondary system will be in a carbon nano-tube constructed EA secure preventative casing. The manta ray will have air tanks inside of its wings and a sound device, which will also operate a sonar and an ELF communication system.
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AWACS Automated Flight Following System for Nuke Bunker Buster Accuracy
Soon we will be able to have many aerial unmanned vehicles fly in swarms keying of one in five, ten or even a hundred aircraft. Similar to a Tomahawk missile attack, but with pin point accuracy into the cavity of each consecutive strike. This technology, which is currently being used to guide fire fighting aircraft to the drop zone can be used without any problem to guide in a swarm of UAVs used as a multiple warhead strike. In the event of nuclear detonation this would have a piling effect on our enemy and easily take out an underground enemy. Since we already have these technologies, we should be practicing with them to hit the exact same spot ten times in a row within a short period of a 3-5 minutes.
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Static Electricity to Flap UAV Material Memory Wings
Think on this, because you will not be alone in those thoughts. All birds have very strong muscles, which flap their wings, we can make such a muscle out of polymer to do the same thing and then find the already known best ratio of flapping to airspeed and design this into the zapping propulsion system that we created. By using the static electricity from the wings traveling through the air it maybe possible to use the energy to provide an Electromagnetic Pulse moving Material Memory Wings on a UAV? This means it will Flap along and take some of the energy it used to fly through the air and re-use that same energy to flap its wings to remain airborne. Then it immediately wishes to go back to its normal shape. When an aircraft flies through the air it trades electrons due to the friction it creates.
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17 Ways to Keep Safe and Secure When Flying
The airport parking rules are being strictly enforced and your vehicle may be very swiftly ticketed and towed. Do Not Park Your Vehicle and Left Unattended in Front of the Terminal. Leave Your Seat Belt Fastened While in Flight. When you are seated, keep your safety belt securely fastened through your flight will provide extra protection if the plane is in unexpected turbulence. Remember the Basic Rules for Wireless Devices.
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