TOP TEN Crosswind and Scary Aircraft Landings

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ULTIMATE COMPILATION of aircraft crosswind and scary wild landings landing wingstrike near crash crashes near miss 747 787 737 jumbo hong kong plane airplane aeroplane jet airliner boeing airbus lufthansa germany heavy close. ULTIMATE COMPILATION of aircraft crosswind and scary landings landing wingstrike near crash crashes near miss plane airplane aeroplane jet airliner 787 boeing airbus lufthansa germany heavy close

Aircraft Emergency Landing ( Must See )

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http://www.carpcorner.co.uk - Emergency Landing - This is so controlled it is untrue!

Helios Solar Powered Aircraft

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Compilation of test flights. Pathfinder Solar Plane preceeded Centurion. Pathfinder turned into Pathfinder+ by removing the original center panel and replacing it with a panel that was about 48 feet in length. Centurion turned into Helios Prototype, which turned into Helios and Helios with a fuel cell. The difference between Centurion and Helios prototype was removing the center panel and adding 2 new center panels. Helios flew with 5 pods and had a full solar array. The fuel cell version was made by removing the center pod and replacing it with the fuel cell pod. That is the one at the end of the video.

Nimitz class aircraft carrier

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Nimitz class aircraft carrier operations.

Mindstorms Aircraft Factory

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A project of the robotics group of VHG Bogen 25 RCX 73 motors costs: 8000€ 2000 man hours

Danger - Low Flying Aircraft

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Low Flying Aircraft. LOL

Solid State Aircraft

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A report from Hank Green of EcoGeek.org on the Ohio Aerospace Institute's solid state aircraft.

Forgotten Aircraft - Lockheed Constitution

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The Lockheed R6V Constitution was a large, propeller-driven, double-decker transport aircraft developed in the 1940s by Lockheed as a long-range, high capacity transport and airliner for the U.S. Navy and Pan American Airways. (The Constitutions were identified as R6O until 1950.) Only two of the planes were ever built, both prototypes. Although these two planes went into service with the Navy, the Constitution design ultimately proved underpowered and too large for practical airline use at the time. The Constitution remains the largest fixed-wing aircraft type ever operated by the U.S. Navy. The Lockheed Constitution began life in 1942 as a joint study by the U.S. Navy, PanAm, and Lockheed. The design requirements, initially designated Lockheed Model 89, called for a large transport aircraft to improve upon the Navy's fleet of flying boats. PanAm was involved in the study because such an aircraft had potential use as a commercial airliner. This transport would carry 17,500 pounds of cargo 5,000 miles at a cruising altitude of 25,000 feet and a speed greater than 250 mph. The aircraft would be fully pressurized and large enough so that most major components could be accessed and possibly repaired in flight. For instance, tunnels led through the thick wings to all four engines.) The aircraft was designed by a team of engineers led by Willis Hawkins and W.A. Pulver of Lockheed and Commander E. L. Simpson, Jr. of the Navy. The name Constitution was given to the project by Lockheed president Robert E. Gross. The Constitution design had a "double bubble" fuselage, the cross section of which was a "figure eight". This unorthodox design utilized the structural advantages of a cylinder for cabin pressurization, without the wasted space that would result from a single large cylinder of the same volume. The original contract from the Bureau of Aeronautics called for 50 Constitutions for a total price tag of $111,250,000. However, on VJ Day, the contract was scaled back to $27,000,000 for only two aircraft. The first Constitution, BuNo 85163, was built in the summer of 1946 at the Lockheed plant in Burbank, California. Because of the aircraft's large size—the tail towered 50 feet—Lockheed had to build a special hangar for final assembly. The $1,250,000 hangar, Lockheed-California's Building 309, measured 408 feet long, 302 feet wide, and the equivalent of six stories tall. The footprint of the hangar covered four acres. The R6O made its first flight on November 9, 1946. Joe Towle and Tony LeVier flew the plane on a leisurely course to Muroc Air Force Base. Once there, the plane underwent a carefully documented test program. At this time, electronic data recording technology was not well developed, so instrument readings were recorded by a movie camera pointed at the instrument panel. The first Constitution made a nonstop flight from Moffett Field to NAS Patuxent River on July 25, 1948. The pilot for the flight was Commander William Collins (USN) and the copilot was Roy Wimmer, Lockheed engineering test pilot. Four days later, the ship was formally christened by Mrs. John L. Sullivan, wife of the Secretary of the Navy, at Washington National Airport. The R6O tested JATO takeoffs with six rockets mounted on the rear of the fuselage. At full gross weight, the rockets shortened the takeoff run by 24%. Ship No. 1 was delivered to Navy Transport Squadron VR-44, based at NAS Alameda, on February 2, 1949. Both it and its sister ship, Ship No. 2 (which followed six months later), flew the route between California and Hawaii. The second Constitution, BuNo 85164, first flew on June 9, 1948. This aircraft, like its predecessor, had a double-deck configuration. The second aircraft, however, had an upper deck fully furnished as a luxury passenger transport, with accommodations for 92 passengers and 12 crew. The second Constitution, like its predecessor, also made a nonstop transcontinental flight. On February 3, 1949, the aircraft flew its 16 crew and 74 members of the press from Moffett Field to Washington National Airport. At the time, this was the largest number of people flown across the United States in a single flight. In the early 1950s, Ship No. 2 made a Navy recruiting tour of 19 cities. The side of the fuselage proudly advertised "YOUR NAVY—AIR AND SEA." Some 546,000 toured the plane's interior. General characteristics Crew: 12 Capacity: 168 passengers Length: 156 ft 1 in (47.6 m) Wingspan: 189 ft 1 in (57.6 m) Height: 50 ft 4.5 in (15.4 m) Wing area: 3,610 ft² (335.4 m²) Empty weight: 113,780 lb (51,610 kg) Loaded weight: 160,000 lb (72,600 kg) Max takeoff weight: 184,000 lb (83,460 kg) Powerplant: 4× Pratt & Whitney R-4360 radial engine, 3,000 hp (2,240 kW) each Performance Maximum speed: 303 mph at 25,000 ft (490 km/h at 7,600 m) Cruise speed: 260 mph (418 km/h) Range: 5,390 mi (8,670 km) Service ceiling: 28,600 ft (8,700 m) Rate of climb: 700 ft/min (210 m/min)

Landing on an Aircraft Carrier

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In this clip, taken from the film Speed and Angels, watch as Jay and Meagan land an F-14 Tomcat on an aircraft carrier. Thanks to unprecedented access granted by the Navy, Director Peyton Wilson captured and created the most intimate film ever made on fighter pilots. Inspired by the passion of two young Navy officers she encountered, Peyton followed Jay and Meagan as they chased their childhood dream of becoming naval aviators flying the F-14 Tomcat. Their two and a half year journey takes them through dogfights in the Nevada desert, night landings on aircraft carriers off the Atlantic coast, and eventually to the biggest challenge young officers face: wartime deployment to Iraq. www.speedandangels.com

Hit The Deck: Aircraft Carrier Crashes

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This is a short clip. The entire video is 60 min. For more details go to http://www.militaryvideo.com/store/store.cfm This video contains one hour of the most dramatic carrier landing accidents ever recorded. Film footage from the 1940s to the 1960s of planes ripping into and exploding on the flight deck; dramatic rescues of pilots; planes ramming the island. Featuring the USS Wasp (CV-18), USS Princeton (CV-37), USS Guadalcanal (CVE-60), USS Bunker Hill (CV-17), USS Makassar Strait (CVE-91), USS Philippine Sea (CV-47) and USS Essex (CV-9). Also includes C-130 aborted and successful landings on USS Forrestal (CVA-59).

Alien Jump Jet the coolest new aircraft

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This is the new alien jump jet from http://www.snelflight.co.uk It is a 4 channel micro electric indoor VTOL It has 3 micro gyros that keep it as steady as a rock in the air, ground effect isn't a problem so you can hover inches off the ground. It's auto stabilization is amazing push on it and it pushes back to stabilize itself, it's very cool. When you order it you can select to have either a mode 1 or mode 2 transmitter. Mode 1 has throttle on the right stick, mode 2 has throttle on the left stick. It comes with the aircraft, replacment blades, a transmitter and a wall socket charger with an adapter for most major countries. At the moment it is only available through snelflight. They helped develop the aircraft and their customer support is amazing they are the best place to get one. They ship very quickly, usually in less then a week. But delivery times will vary depending on the postal service in your country. It is controlled via IR, but an RF upgrade will be coming out later this year, The IR signal is very powerful and it works well in the home, but if you want to fly it out doors or in large open areas you will want to upgrade it to RF. This is the main alien air forum wear you can ask questions and get answers about the alien jump jet and other alien air products coming soon. http://www.rcgroups.com/forums/showthread.php?t=813134 This aircraft is a blast to fly and it looks really cool, I think it represents a new wave in electric consumer rc aircraft.

Cessna Concept Light Sport Aircraft (162 SkyCatcher)

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At Sun 'N Fun, 2007, AVweb's Glenn Pew spoke with Vice President of Cessna prop aircraft sales, John Doman, about recent changes to the Cessna Light Sport aircraft proof of concept aircraft -- what would become the Cessna 162 Skycatcher Produced by Glenn Pew http://www.glennpew.com

Forrestal Disaster (Aircraft Carrier Explosion) - 1/5

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Aircraft Carrier Explosion

NASA morphing aircraft

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NASA computer animation intended to illustrate the concept of a morphing, or shape-changing, aircraft

TU-22 Backfire vs Aircraft Carrier

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TU-22 Backfire attacking US Aircraft Carrier captured from the movie "the sum of all fears" but read the book, it's much better!

Lec 16 | MIT 16.885J Aircraft Systems Engineering, Fall 2005

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Guidance, Navigation and Control View the complete course: http://ocw.mit.edu/16-885F05 License: Creative Commons BY-NC-SA More information at http://ocw.mit.edu/terms More courses at http://ocw.mit.edu

Story of Boeing's Hydrogen Fuel Cell Aircraft

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By Glenn Pew for AVweb.com Boeing has flown a manned aircraft on hydrogen fuel cell power. The full text of Boeing's release follows: MADRID, Spain, April 03, 2008 -- Boeing [NYSE: BA] announced today that it has, for the first time in aviation history, flown a manned airplane powered by hydrogen fuel cells. The recent milestone is the work of an engineering team at Boeing Research & Technology Europe (BR&TE) in Madrid, with assistance from industry partners in Austria, France, Germany, Spain, the United Kingdom and the United States. "Boeing is actively working to develop new technologies for environmentally progressive aerospace products," said Francisco Escarti, BR&TE's managing director. "We are proud of our pioneering work during the past five years on the Fuel Cell Demonstrator Airplane project. It is a tangible example of how we are exploring future leaps in environmental performance, as well as a credit to the talents and innovative spirit of our team." A fuel cell is an electrochemical device that converts hydrogen directly into electricity and heat with none of the products of combustion such as carbon dioxide. Other than heat, water is its only exhaust. A two-seat Dimona motor-glider with a 16.3 meter (53.5 foot) wingspan was used as the airframe. Built by Diamond Aircraft Industries of Austria, it was modified by BR&TE to include a Proton Exchange Membrane (PEM) fuel cell/lithium-ion battery hybrid system to power an electric motor coupled to a conventional propeller. Three test flights took place in February and March at the airfield in Ocaña, south of Madrid, operated by the Spanish company SENASA. During the flights, the pilot of the experimental airplane climbed to an altitude of 1,000 meters (3,300 feet) above sea level using a combination of battery power and power generated by hydrogen fuel cells. Then, after reaching the cruise altitude and disconnecting the batteries, the pilot flew straight and level at a cruising speed of 100 kilometers per hour (62 miles per hour) for approximately 20 minutes on power solely generated by the fuel cells. According to Boeing researchers, PEM fuel cell technology potentially could power small manned and unmanned air vehicles. Over the longer term, solid oxide fuel cells could be applied to secondary power-generating systems, such as auxiliary power units for large commercial airplanes. Boeing does not envision that fuel cells will ever provide primary power for large passenger airplanes, but the company will continue to investigate their potential, as well as other sustainable alternative fuel and energy sources that improve environmental performance. BR&TE, part of the Boeing Phantom Works advanced R&D unit, has worked closely with Boeing Commercial Airplanes and a network of partners since 2003 to design, assemble and fly the experimental craft. The group of companies, universities and institutions participating in this project includes: Austria -- Diamond Aircraft Industries France -- SAFT France Germany -- Gore and MT Propeller Spain -- Adventia, Aerlyper, Air Liquide Spain, Indra, Ingeniería de Instrumentación y Control (IIC), Inventia, SENASA, Swagelok, Técnicas Aeronauticas de Madrid (TAM), Tecnobit, Universidad Politécnica de Madrid, and the Regional Government of Madrid United Kingdom -- Intelligent Energy United States -- UQM Technologies.

Gepard Flakpanzer Anti-Aircraft Tank by KMW

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The GEPARD antiaircraft cannon tank (FlakPz) is a complex, high-tech all-weather weapons system against the threat of low-flying aircraft. As a general contractor, KMW has mass-produced 570 tanks of this kind that have been employed in Germany, Holland, Belgium and Rumania.

KASHTAN-M anti-aircraft anti-missile system

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Russian ANTY-TOMAHAWK system with artificial intellect (RenTV,Voennaya Tayna) Narrator A.Prokopenko- military journalist, Commentator A.Zhukov - deputy comstructor World's only system which has within one turret poweful artillery weapons, multiourpose missiles, radio-locating and optical radar. Main constructor A.G.Shipunov. fighting productivity and striking potential of missile-guns system is 2-4 times more effective then only with guns one. Kashtam-M has better characteristics of both weapons than any analogies The extremely high striking effect is achieved by: 1)module principle of construction - 1 command module (with own 3-coordinate target detection station "Pozitiv-EM1.2") and up to 6 fighting modules depending on ship class or land proteted area. 2)combination on 1 turret missile - gum weapon and integrated radar weapon controlling system allows to increase the precision of fighting by expeling mistakes caused by of ship hull deformations when weapons and weapon controlling system are disposed in different parts of ship, but this also provides guaranteed elimination of cruising and other missiles by shoting at long range by missiles and at short range by guns, and also to incrase the striking potencial of system in repulsing the massive missile attacks and air raids. 3) Use high-precise interactive targeting (pointing) artifitial intellect system with radio-locating MM-wave band channel -RLS and tv-optical target tracking (following) channel - TOS. 4)super-precise TOS allows to point the missle with less 1 meter accuracy at any altitude flying target. Missle has 5 meter blow radius 5)RLS by using millimeter-wave band with acceptable radar dimensions allows to point the missles at any altitude flying target with 2-3 meter accuracy.It achieved by 2 factors- narrow diagram of directivity and diffus-scattering of dispersing from surface in mm-wave band. 6)Cooperative signal processing of RLS and TOS with automatical chose of the optimal mode of operation also provides high jamming and noise protection of Kashtam-M than systems with only RLS or TOS controlling systems 7)using correlating-contrast signal processing of TOS with a memorization of target shape provides reliable target tracking (following) at any target background environment. 8) using 2 high shooting 30mm guns (GSh-6-30-K) with 6 barrels and 5 400 shots per min (phalanx - 4.7k) - 10 800 total, allows in compare to Goalkeeper(GAU-8/A - gun) reduce suppressing target volley duration for 3 times and reduse 1.5 times middle shooting range up to 300-500 meters, which increase the suppressing probability 1.5-2 times 9)operate and entire automatical regime Fighting characteristics: a) 1 Kashtan-M able to suppress 3-4 simultaneously flying missiles, which is enough for middle tonnage ships. for lager ships which may expect high density of air- missile-raids 2 systems may be installed on each side.Same to land objects. b)Kashtan-M surpasses by fighting productivity Crotale Naval for 1.5-2 times, Goalkeeper - 2.5-3 times. Suppressing zone: missiles range - 1.5 - 10 km; altitude 5 meter - 6 km Guns range 0.3 - 5 km altitude 0 - 3 km Reaction time 5-7 sec Ammunition: missiles 8/32 guns 1000 all-time, all-weather regieme weight without ammo 7 500 kilo total 10 000 kilo PS:NATO armies have no even faint resemblance to such effective guns-missiles-infrared jamming-optical&radiolocating radar systems!Thats even NATO experts confirm!

Somenzini Aircraft Yak 54 Aerobatics

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RC Yak 54 3D aerobatics video flown and edited by Brandon Kontorinis for the www.FlyingGiants.com 2006 video contest. (username 3Dkid330 on Flying Giants) The airplane is powered by a Desert Aircraft 100cc twin, and weighs about 28 lbs without fuel.

Captured German Aircraft

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The first German aircraft flown and evaluated by the British was a Messerschmitt Bf 109E that made a forced landing in France in November 1939. The aircraft was studied and flown by the French and then given to the British in May 1940. It was promptly ferried to England and assigned to Royal Aircraft Establishment (RAE) Farnborough where it was flown and tested extensively. In 1942 it was transferred to the US Army Air Forces and was shipped to the United States. RAE Farnborough had been involved in aircraft development and testing since before the First World War. With the commencement of the Second World War, Farnborough became increasingly concerned with investigation of crashed and captured enemy aircraft and equipment. Other elements of the Royal Air Force (RAF) engaged in ATI were the RAF Air Fighting Development Unit (AFDU), located initially at the RAF airfields at Northolt and later at Duxford and then Wittering; and No. 1426 (Enemy Aircraft) Flight, which was formed at Duxford in 1941. These elements were responsible for operating enemy aircraft in mock combat against Allied aircraft and devising suitable Allied tactics. Also, Farnborough's Wireless and Electrical Flight (W&EF) was engaged in testing enemy radar-equipped aircraft later in the war. One of the duties of No. 1426 Flight was to demonstrate enemy aircraft at RAF and USAAF airfields to provide recognition training for aircrews. Other Luftwaffe aircraft that came into the possession of the British and were flown and tested were a Heinkel He111 that made a forced landing in an open field in England in February 1940, a Messerschmitt Bf110 that was shot down near an RAF base in July 1940 (it was damaged but repaired using parts from another Bf110 shot down a few days earlier), a Junkers Ju88 that made a forced landing on a farm in July 1940, an Italian-made Fiat CR 42 that made a forced landing in England in November 1940, another Bf109 (an F model) that was shot down in July 1941 and belly-landed near Dover with little damage, and a Focke Wulf Fw190 that landed by mistake at an RAF airfield in South Wales in June 1942. The Fw190 was the first of that type to fall into Allied hands; and after its capture it was flown extensively in comparative trials with Allied fighters. A speed trial against three leading British fighters was held; the winner was a Spitfire.with a Griffon engine. Afterwards the RAF ordered a large number of Griffon-engined Spitfires. Later in the war Farnborough acquired and tested three additional Fw190s, a Bf109G, three Ju88s, an Me410, a Gotha trainer, and a Heinkel He177 long range bomber. British ATI units elsewhere, in North Africa, the Middle East, Greece, and Yugoslavia, obtained and tested (and utilized in various ways) a number of German and Italian aircraft. These included Junkers Ju52s, Dornier Do17s, Do22s, Savoia Marchetti SM79s, Capronis of various types, Fiesler Fi 156 Storches, Messerschmitt Bf 108s, 109s, and 110s, and other captured aircraft.

Top Ten Fighting Ships: Nimitz Aircraft Carrier

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With a flight deck longer than 3 football fields and unmatched power it's no wonder the Nimitz Class- Aircraft Carrier makes our top ten list!

Mystery 9/11 aircraft was military 'doomsday plane'

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Full Story: http://rawstory.com//news/2007/CNN_investigates_secret_911_doomsday_plane_0913.html Shortly before 10 am on the morning of September 11, 2001, amid rumors of a fourth hijacked plane headed for Washington, DC, a mystery aircraft appeared in restricted airspace over the White House. There has never been an official explanation for this incident, which has provided abundant fuel for 9/11 conspiracy theories. CNN has now learned from two government sources that the mystery plane was a military aircraft and has determined that the blurry image on video appears to match photos of the Air Force's E-4B (discussed here on Wikipedia), a specially modified Boeing 747 with a communications pod behind the cockpit. "The E-4B is a state of the art flying command post," CNN explained, "built and equipped for one reason -- to keep the government running no matter what, even in the event of a nuclear war, the reason it was nicknamed the 'doomsday plane' during the Cold War." 9/11 Commission co-chair Lee Hamilton told CNN he was aware of the incident and that it had simply never seemed important enough to make it into the commission's report. He called conspiracy theories involving government complicity in 9/11 "ludicrous." The plane was previously identified as the E-4B a year ago by one researcher on a forum associated with the 9/11 conspiracy film, Loose Change. CNN acknowledges that, despite its identification, the absence of the aircraft from official investigations, together with the Pentagon's denial that it was a military plane and the insistence by the Pentagon, Secret Service, and FAA that they have no explanation for the incident, may continue to raise suspicions.

Various Aircraft from All Nippon Airways at New Chitose Airport by Takashi Hoshizawa

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ANA Pokemon Jets at Sapporo - New Chitose Airport in winter.

Best Prototype Aircraft

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F-18 HARV , F-15 active, X-29, X-31 ,F-16XL, F-15D les prototypes de la NASA qui on abouti aux appareils d'aujourd'hui comme le F-18E F-16... my site:http://avionvideo.ifrance.com/