Material Memory and NASA High Tech Plastics for Rotor Blades
Such performance in materials has significant uses in aerospace. Material memory manufacturing with new high-tech NASA plastics will significantly increase performance characteristics and flight agility in future aerospace designs and we should definitely be thinking here and make use of these new materials to serve our needs. By using this technique we could increase the take off weight and allow the UAV VTOL (Vertical Take-Off and Landing) Helicopter to move quickly into position and then hover for much longer periods of time without using up all its fuel in route, thus allowing it an increased range for use in Natural Disasters, wartime, search and rescue, surveillance or commercial applications. This would allow the rotor blades made out of this new plastic material to change shape. Since they are made of polymer plastic blends it will be possible to add in some material memory manufacturing in the process.
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Fighter Jet Trainers Sport Planes
Many Aerospace consultants in Europe believe this aircraft may take the lead around the world as the trainer of place. It can use either the EJ200 by Eurojet or an F414 by GE or even Snecma M88 (a company out of France trying to make itself popular in aerospace circles for lightweight high out put engines. Many countries still are not exactly feeling good about buying the Korean T-50s. The US is now taking delivery of Raytheon's T-6A Texan 2 has the security of U. Now as a matter of fact I talked to a training pilot in San Antonio who said they were getting their first ones in last June.
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Inflatable Aircraft Wing Camber Modification
As we learn more about our options of materials in aerospace we learn of was to incorporate multiple uses and still maintain safety at low airspeeds and efficiency at high speeds. For UAVs the performance would allow additional time loitering in the battlespace with increased range and slow flight speeds would allow for better imagery to identify targets before eliminating them from this time period. The performance changes would also vastly assist in close air support or carrier landing handling. Consider the ware and tear and maintenance costs, which would be saved? Consider the slow speed changes in flight characteristic and decreased safety risks in shorter take off and landing rolls. Consider the landing speeds of an F-104, consider the ability to decrease the weight of the landing gear and size of tires to increase payloads.
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General Aviation Manufacturing is in the Tank; Hang On It is Going to Get Worse
Currently in the US we see job losses in the aerospace mount in cities like Everett, WA and Wichita, KS. Previously our work in aerodynamics (during and after WWII), our industrial capacity and our ongoing capitalization of the aerospace industry was enough to keep us ahead of the game. Today we see massive high paid aerospace workers out of work and much of the component manufacturing leaving our shores. This means if we have to import raw materials to compete, we pay those shipping costs too and as the price is passed on for the over regulation in every industry we are finding we are our own worst enemy. In America we no longer mine our own raw materials, Iron Ore mines cannot stay in business due to regulations and restrictions, same goes for Gold Mines, Copper, etc.
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Common Cockpit Concepts and Convenient Configurations
And yes what he was doing was rocket science and yes he was an aerospace engineer designing toilets for a better description. Now then I am not criticizing the lack of cranial capacity in the modern day human, rather simply suggesting a reality check is needed. We spend too much time in training of soldiers, drivers, pilots, operators with increasingly more complicated equipment. If we borrow a friend's car we are constantly looking for where stuff is, where is the hood release, fuel hatch release and how the hell do I turn off this G-Dang windshield wiper? As machines get more complicated and humans become more brain dead due to bad use of natural selection, we will need counter these issues with better designed standardization such is being done in the CCI. Often we see drivers in cars sitting too low and can barely see over the steering wheel, when we rent an aircraft everything is in the wrong place.
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Laser Beam Guidance for Oshkosh Air Show
According to NORAD officials, the ground-based laser system uses safety-tested low-level beams of alternating green and red laser lights to alert pilots that they are flying without approval in designated airspace. This system would be used when the aircraft in question cannot be contacted on VHF voice radio by ATC. According to the FAA, a preliminary test of the system showed that the laser illumination is eye safe. However, the FAA contends, and AOPA agrees, that a number of important steps must be taken before the system is fielded. A special advisory must be developed to alert pilots of the new system, operational procedures must be developed, and a broad education and outreach effort must be made to the pilot community.
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Young Men Trying to Imitate the 9-11 Scenario, Part II
For the first time general aviation had brought new innovations to aerospace. How could they understand what it means to fly? They are ground lovers. The counselor at this young man's school did not understand what was a matter with this kid. People who fly think more three demisional, like those who build train sets and run them around their display. They were forced to view the world differently and with this knowledge a better understanding.
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Young Men Trying to Imitate the 9-11 Scenario, Part I
It is to develop strong aerospace leaders for the future. Others in his peer group and older people who understood his dreams to fly. At the airport he washed aircraft and he traded for pilots lessons. It takes a lot of aircraft washes to pay for fuel and instructor and a plane for an hour these days. This is something that the young man who flew into the B of A building was clearly missing.
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