Science Articles & Information

UAV Stealth and Radar Energy Capture for Power and Propulsion

A Feasible Idea for UAV Flight, Possible Research and Development Test; UAV Stealth and Radar Energy Capture for Power and Propulsion to drive your enemy crazy.

Robotic MAV- Micro Air Vehicle Based on an Organic Humming Bird Model

MAV Micro Air Vehicle Based on Organic Hummingbird Model. There is no more interesting bird than a humming bird. Some humming bird species migrate, 500 miles? Wow. Efficient little bird isn?t it? It?s wings move between 60-80 flap cycles per minute. We have produced a drawing for a little MAV humming bird and found a suitable motor. It spins 15,000 rpm. Check out this little Brushless Motor?

Mini UAV and MAV Power Plants

A set up of harnessed Lithium Polymer Cells can be the answer to mini-UAVs. When we compare the voltage output and capacity of wire harness systems and compare the weight of LiPoly cells to NiCd or NiMH cells you can achieve extremely better results than the average fuel and output on a ounce per ounce basis.

Mini-Robots, Motherships, Swarm Strategies, Wasps, Ants, Organization and Delivery

Robots are for every one. Tech TV now host Battle Bots which is a big hit with viewers and draws crowds as big as WFB Wrestling. Many of these people get heavy into the Robot Scene and even occasionally try to impress Military People. Check out some of these Super Heavy Weight Battle Bots, every type of configuration available.

UAV Mini - Torpedo Bombers for Eliminating Hydro Cushioned Water Craft

UAVs can carry cargo, some of the very tiny UAV units can hold up to 11 lbs. Which is not much, however. A one-way UAV could fly over a river that is used for transporting troops and supplies by your enemy via hydro-craft, which can hover over regular water. These mines would normally be set by Navy Seals, by using small robotic units we can save the risk of life unless it is totally necessary.

Launching 400 UAVs from a Transport Plane

How to launch hundreds of UAVs for an autonomous mission from a transport plane. As we watched the MOAB parachute bomb drop out of a C-130 onto the desert and above the tunnels below into Afghanistan, it left the world in awe. Now then this parachute concept has another idea. Launching UAVs, hundreds of them in swarms of 25 to 50, to overwhelm the opponent.

X-37 UAV Has Potential

X-37 Moves Forward, Now What? Well, here are a few ideas of taking this craft to a whole new level and plateau in American Ingenuity and Innovation. NASA has learned a lot from the X-37 tests and will now turn it over to DARPA, which makes a lot of sense indeed.

UAV Defense, UAV Recovery, Material Research, Infected Birds with Virus Plastic Net

When Manufacturing nets of any type: Going for strength and light weight is a challenge and it has been the compromise of many for so long in the battle to find the strongest net, sheet of plastic to mimic that of a Spider's web we have endured to no end. It is always and shall be for some time one of man's most important conquests in many of his fields of endeavors such as fishing. Due to friction of fluid in water, air; All of which is considered in terms of drag (parasite or induced) obstacles which man has to overcome this for speed and stability to properly position.

UAV Blimps Powered By Hydro-Electric Motors Using Hydro and Fluid Dynamic Theory

I believe it is possible to design a pilot-less hydro-electric blimp which would have a propulsion system which never requires fuel and would be based on a Perpetual Motion Machine which uses fluid dynamics in a hydro-electric. First the shape of this thing would be similar to the new shopping mall shade cover on the Las Vegas Strip. An oblong flying saucer shape would be two of these, which would be stacked like pancakes. They would be apart by 1/3 the length of each symmetrically shaped oblong saucers shaped lighter than air blimps. In the middle would be an hourglass shaped unit. Attaching the two blimps, similar to the struts on a Baby Great Lakes Acrobatic Aircraft.

UAV Air-Breathing SAM Upgrade Recommendations

Can a hybrid Surface to Air Missile, UAV loiter for hours and then become a missile to down an enemy aircraft?

Aerodynamics and Hydrodynamics of the Marine Life and Uses for AI, UAVs, Robotics, and the Future

Air has 750 times less density as the oceans, yet so many of the same principles apply there as well. We are quite familiar with marine life and the performance abilities of sharks, dolphins, penguins, fish, alligators, etc. Mankind is quite fascinated by marine life and often tries to use these observations to create devices to serve him.

Aerodynamics and Hydrodynamics of the Human Body, Birds, and Boeing

The aerodynamics of the human body are very interesting indeed. This may sound somewhat funny, because human beings can't fly, however our desire to fly has enabled us to adapt and innovate to achieve the same purpose. Man has always dreamed of being able to fly like the birds. The aerodynamics of the human body are quite serious in many sports. To confirm this, just at Lance Armstrong in a tour to France.

Aerodynamic Changes Need To Be Made In MAVs; Micro Air Autonomous Vehicles

Aerodynamic changes need to be made in MAVs. Micro-Air Autonomous vehicles. The simple current DARPA version is okay I suppose, but we need much smaller units and we can add in a few components to make them simpler, increase performance and payloads. I propose that we create a couple of other versions; one would be similar in nature to the picture above. However the body would be a tube, like the exoskeleton of an insect, which can be fat like a bee, thin like a dragon fly or any similar shape in between. The wings would be cellophane and clear similar to the much larger, giant UAVs. The MAV I propose would be under 20 cm in length. It would have centerline thrust like a Cessna Skymaster. The propellers would be in front and back and could change direction, the MAV during this time would most likely want to flip of and roll, but so the wings need to be symmetrical. As it flipped over the trailing edge of the wings interior would be made of a small heavy tube, which would also contain the ion battery material. It would be thinner than the wings spar tube which would be larger and therefore cause proper curvature of the leading edge for maximum lift. The wing would still look similar to that of figure six in this report:

Small Attack Submarines, Which Turn Into Hydrofoils and Fly

We propose single man underwater vehicles (attack submarines), which have inflatable Airbags using CO2 cartridges for rapid ascent. The design of these vehicles will encompass bended material, which makes rings underneath resembling typical designs of small hydrofoils. These rings will be attached at the body and extend down ward and be attached in the center to themselves. The vehicle will be propelled by an onboard that will distribute the energy to two propellers on above the vehicle and one below. The bottom propeller will be at the lower level of the connected rings. The motor will be at the feet of the laying down facing forward operator. The underwater vehicle will be shaped similar to a short winged manta ray. Once the mini submarine surfaces it will accelerate up onto the step. Like a single hulled floatplane as the speed increases it will raise up on the rings. The rings will have strakes as part of their structure throughout.

Shooting Down a UAV in Flight

Shooting Down an Enemy UAV so it cannot give away military movement intelligence.

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