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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Tactile Strip Sensors on Leading Edge of Material Memory Airfoils
As the aircraft travels through the air faster the static air will be greater and that static air can provide pulse power to the material memory leading edge to force it to constrict and become thinner. Currently robotics teams have tactile sensors so the robots will not crush the item they are picking up, they do this by measuring the pressure on the object. We should take this technology and apply it to the leading edge of aircraft wings to help us improve and enhance the performance without compromising the aircraft's abilities for STOL or higher True Air Speeds (TAS. Aircraft, which are cargo transports rely on STOL Capabilities and once airborne must conserve fuel and increase range for efficiency. Additionally a UAV could remain loitering in the battlespace for hours after taking off from a short runway or carrier and then accelerating to a fast speed and then slowing down to STOL type speeds and then speed away or evade when completed.
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Cactus Fly-In, Casa Grande AZ
A separate company specializing in aircraft washing will have its own washing procedures and can help aviation safety with regards to washing. Although there have not been too many NTSB findings where washing procedures cashed a crash, several have attributed to the comedy of errors usually associated with crashes, a multiplying of problems which eventually causes a crash. Also common are electrical problems or avionics failures due to water entering where it shouldn't causing or attributing to a crash. In many cases such a strategy can save the FBO in increasing insurance costs. The FBOs are adjusting their strategic marketing plans to meet the financial challenges in general aviation.
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Fuel Costs and Air Fares Set To Rocket After Hurricane Katrina Punishes The US
Electricity is down in thousands of homes, so many have no cooking, lighting, fuel or even communications. Shelter and drinking water are the first priorities now for the survivors. But you can only last two days without drinking water, and maybe less without shelter from the elements. That is a disaster I don't think the US has faced before. The survivors are in an environment with contaminated water.
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