Lockheed Loitering Missile Expandable Wing Concept
This would allow the missile to slow down and glide conserving rocket fuel on a ten-tier rocket canister system. If no target is found the weapon will come back and land refill the ten-tier rocket canisters and replace the rocket propellant, download the USB port memory stick with complete video feed for VR future training and then lock and load and fly again. It is time to win the war on Terror thru absolute technology using the best of American ingenuity and know how. We must win the war on International Terrorism and those states, which sponsor it. I propose that we add to the wing area of the newest Lockheed Martin Marietta Loitering Missile to allow for maximum loitering time in the battlespace and for possible safe recovery without damage in the event we wish to retrieve this ultra smart munitions due to lack of available targets.
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FAA Intervention in Privatized Space Flight is Ridiculous
The fact is folks, everything the government touches gets ruined. The FAA needs to get their heads out of their rears and their fingers out of ours and I am not the only one who knows this. Luckily the fractional jet market has taken off, but only after the FAA ditched some of their onerous regulations. Although those who study free markets, free enterprise and capitalism were hardly surprised, we all expected it and it makes sense someone like Rutan and Company would be the ones to do it too. There is only one problem with this picture.
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Airline Fuel Costs Mount
And they are always testing different fuels to increase performance in different situations. The modern Aircraft carriers use nuclear power, like the submarines, but the rest of the world's greatest arsenal uses fuel of various types. Fighting a war takes a tremendous amount of fuel. These reserves have been used when OPEC plays hardball creating fuel prices above our ability to operate our industries and businesses and keep America employed and the wheels of commerce turning. Think of the military aviation, jets, helicopters, UAVs, AWACs, bombers and even flying gas stations in the sky for aerial re-fueling.
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Fuel Costs and Air Fares Set To Rocket After Hurricane Katrina Punishes The US
It might have taken a month to get fuel supplies in the US back to normal if Hurricane Katrina were a mere run-of-the mill disaster. The chances of the US getting their fuel production back to normal quickly now have disappeared. It now looks certain that Hurricane Katrina will push fuel prices - and air fares - up through the roof. Katrina has been a disaster for the USA, and now it could well be an end to cheap fuel prices that we've taken for granted. The US still needs its fuel, so world fuel prices, and everyone else's air fares are likely to hit heights we've never seen before.
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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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Flying VS Driving
If you check the cost of flying VS the cost of fuel in you SUV, then you will see how affordable flying really is. If the distance is over 1000 miles then it definitely makes sense to fly to save fuel. When fuel costs are so high, people favor flying to driving. Flights from PHX, Sacramento, Denver, Seattle or Portland are well under $100. In the United States we see people traveling to Las Vegas and from just about anywhere except the LA Basin, it makes little sense to drive anymore.
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Diamond Twinstar
With standard fuel tanks it can go 880 miles. With long-range fuel tanks at seventy-five percent power it has a 1251 nautical mile range. The Twinstar is propelled by twin diesel engines which burn Jet A or even conventional diesel fuel. Since the aircraft is all-composite, it is light and fast. The slow airspeed characteristics are great and low stall speed range is certainly a plus.
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Airbus A-380 is Pretty Big
The aircraft holds more fuel than a Boeing 727 weighs. As a matter of fact it has more water on board for the toilets than the fuel in a Boeing 737. Think on it, the aviation community is as the world waits for an additional six month delay now. We shall see what happens, the gamble by Airbus may pay off, or this could be one of the biggest disasters in aviation history since the Comet or the Concorde a few years back. The massive aircraft also takes a lot of room to turn around, a lot of runway is needed for safety and can you imagine the congestion out front the terminal when that many folks deplane? Anyway, just because you build a huge aircraft does not mean it is the best choice.
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Inflatable Aircraft Wing Camber Modification
I propose an inflatable wing camber modification system for modern day fighter aircraft to save on fuel and increase range. 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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Tactile Strip Sensors on Leading Edge of Material Memory Airfoils
Aircraft, which are cargo transports rely on STOL Capabilities and once airborne must conserve fuel and increase range for efficiency. 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. 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. 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. A JSF could land at 60 kts and still fly at 2.
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Increasing TAS in Modern Day Fighters with Expandable Wing Tips
As the webbing retracts it would run thru a roller system allowing it to take up very little space, as the area it retracts into will also hold fuel tanks and space would be limited. Without the wing on the aircraft efficiency would occur in less drag, meaning higher speeds, better range and fuel economy. Many fighters will have additional drop tanks for extra fuel, which once used up are dropped. As the folding spar comes back it would provide an end-cap covering the system as well as a small gate or strake on the protruding fuselage/wing tip. As the aircraft approached the speed of sound it would be completely retracted.
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Private Jets: 4 Leaders in Fractional Flying
Fuel surcharges, international taxes, and federal surcharge taxes will also be assessed. During the time you are actually flying -- and also for a predetermined amount of time before takeoff and after touching down -- you will be assessed hourly charges to cover catering, maintenance, fuel, and landing fees. Monthly charges will be billed separately and include. Other things to consider when purchasing your fractional share include the following. When you purchase your share, how long do you actually own that share? Is it renewable and for how much? Is there any additional outlay in capital for you during the time that you own a share.
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New Airbus A-380 Beats Out 747
Luckily bringing down such a large aircraft will not be easy, nor will it be able to be blown out of the sky with a handheld anti-aircraft missile unless it is lucky enough to hit a fuel tank. Many airports cannot even take an airliner so large, as the distance to turn it around are significant and the wing tips are wider than that of the runway, meaning the wing tip vortices will dig up the grass on the sides of the runways making ditches on both sides. This of course is unlikely because most handheld missiles are heat seeking and therefore will generally go to where the heat is instead, thus taking out one of four engines. If and when an International Terrorist Cell gets one, it will become instantly the largest airline disaster in the history of the world, due to the shear number of passengers on board. The A-380 will become the largest passenger jet in the world holding the largest number of passengers.
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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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Material Memory and NASA High Tech Plastics for Rotor Blades
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. These materials are said to be ten times the strength of steel and three times lighter than aluminum. 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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