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Time Pilots..All In? (Read 9059 times)
Reply #30 - Apr 7th, 2008 at 5:32am

Clipper   Offline
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I'm not sure if desperate is the right word Specter,  Wink  but bring it on Spit...nice to see you aound!  Wink
 

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Reply #31 - Apr 7th, 2008 at 8:34am

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#1;

February 1st, 2003


"Columbia"


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The Space Shuttle Columbia breaks up during re-entry, killing all of its crew. In this shot, Columbia is depicted beginning its fateful descent into the Earth's atmosphere.
 

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Reply #32 - Apr 8th, 2008 at 10:07pm

JLangholzJ   Offline
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spitfire boy wrote on Apr 7th, 2008 at 8:34am:
#1;

February 1st, 2003


"Columbia"


[img]


The Space Shuttle Columbia breaks up during re-entry, killing all of its crew. In this shot, Columbia is depicted beginning its fateful descent into the Earth's atmosphere.



see now if it was me, i would've editied it and showed it breaking up Smiley

lol, jk, very nice shot.
 

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Reply #33 - Apr 17th, 2008 at 3:04am

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My first.....

'747's First Flight'


'9th February 1969'


http://www.simviation.com/yabbuploads/city1.jpg


Boeing 747-100

After a rollout on the 30th september 1968, the 747-100 was first flown on the 9th February 1969. Test Pilots were Jack Waddell and Brien Wygle, with Jess Wallock in the engineers seat.

The 747 program came about after Boeing lost the C-5a contract to lockheed, and pressed on with the 747, gambling the entire company on the success of the aircraft - begining in 1966 with the commencement of building the largest (by volume) factory ever built in Everett,Washington -  to build what was at the time the worlds largest passenger aircraft, Weighing in at 317 tons in its initial guise, with a range of 5,677 miles - 231ft 4 inches long, 63ft 5 inches high with a wing span of 195ft 8 inches. Pratt and Whitney JT9D turbofans powered the early versions, later engines from Rolls Royce and general electric could be specced.

From first cutting metal the prototype was built in around 30 months, and gained FAA certification on 30th December 1969. Pan Am began operations from New York to London on the 21st January 1970 - by july one million passengers had been carried on the 747. Later, on the 12th february 1971, the type was approved for Cat 111a conditions - a runway visibility of only 700ft.

Initialy designed to carry 385 passengers, later variants can carry over 500 passengers or 125 tons of cargo. The 200 gained more powerful engines and greater take off weights, and longer range.  The 300 series gained a stretched upper deck, the 400 a 'glass' cockpit and elimination of the flight engineer. The 747SP was shortend by 48ft 4 inches, it could fly faster and further than a standard 747 although only a limited number were built


*aircraft is POSKY freeware
*scenery is default KPAE
*i dont know how to do thumbnails Smiley
« Last Edit: Apr 17th, 2008 at 6:47am by todayshorse »  

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Reply #34 - Apr 17th, 2008 at 6:45am

todayshorse   Offline
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And my second.....



"Norjak"


"November 24th 1971 - D.B.Cooper"


http://www.simviation.com/yabbuploads/cooper1.jpg



A man going by the name of Dan Cooper, who, earlier in the day, had boarded Northwest Orients Boeing 727-100 N467US Flight 305 from Portland International Airport to Seattle, Washington - slipped a note into a stewardesses pocket.
The note claimed that Mr Cooper had a bomb, demanded $200,000 in unmarked $20 bills, and two sets of parachutes and contained instructions for the items to be deliverd to the plane when it landed at seattle-tacoma airport.

Once these demands were met and were ready at seattle tacoma, the aircraft, which had been holding over puget sound, landed at 17:39. The cash and parachutes were sent to the aircraft, and deliverd via the aft stairs. Cooper then released all the passengers but the Captain, F/O, F/E and a flight attendant where not permitted to leave.

The aircraft then took off at around 19:40, bound for Reno, Nevada. Cooper had instructed the Pilots to fly at or below 10,000ft, at 170knots, with the gear extended and the flaps set at 15 degrees. It flew on Victor 23 which was a low alititude federal airway.

At around 20:13, cooper opened the aft air stair and promptly jumped, taking two parachutes and the money with him - unnoticed by tailing F-106 air force jets due to the cloud and darkness. Search teams never did find his body, it is beleived he was killed, athough no evidence has ever been found to back this up. Decaying bank notes totalling over $5,000 were found in the 1980's on a riverbank, and also a placard was recoverd in the area on how to operate the air stair of a 727, beleived to be from this very flight.

Much intrigue and hearsay surrounds this incident, and it still remains unsolved. D.B Cooper, as he became known, has never been positively identified. Retrofits to the 727, the 'cooper vane', where then installed so that the aft airstair could not be opened in flight.

The shot shows the 727 heading out of Seattle tacoma on victor 23 moments before the Hi-jacker exited the aircraft....


*aircraft freeware, vistaliners 727-100 beta, repaint from AVSIM, although tail number is N468US - only one number out!!
*Scenery default seattle tacoma area
*Default weather 'building storms'

*aircraft used has no working airstair! Although i do have a payware 727-100 in Northwest orient colours that does but couldnt use it! So the shots a little bland, interesting story though!!!

 

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Reply #35 - Apr 17th, 2008 at 8:37am

specter177   Offline
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There was a story in the news a couple weeks ago that said they may have found his parachute.
 

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Reply #36 - Apr 24th, 2008 at 12:46pm

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Last week to try your hand...
 

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Reply #37 - Apr 29th, 2008 at 9:35am

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January 19th, 1937: NEW TRANSCONTINENTAL SPEED RECORD


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The Hughes H-1 was a racing aircraft, developed to be the fastest landplane in the world and built by the Hughes Aircraft Company in 1935. The aircraft was designed by the eccentric multi billionaire Howard Hughes and a small team of engineers and was built by Glenn Odekirk.


During Howard’s work on his movie ‘Hell's Angels’, Hughes employed Glenn Odekirk to maintain the fleet of over 100 aircraft used in the production. The two men shared a common interest in aviation and hatched a plan to build a record beating aircraft. The plane was given many names, but is commonly known as the H-1. It was the first aircraft model produced by Hughes Aircraft Corporation.


The H-1 first flew on September 13, 1935 and promptly broke the world landplane speed record with Hughes at the controls. He thus achieved his design goal by flying the H-1 to a new world speed record of 352.22 miles per hour averaged over 4 timed passes over a specially instrumented course near Santa Ana, California. Hughes apparently ran the plane out of fuel and managed to crash land it in a beet field, without serious damage to either himself or H-1. As soon as he exited the plane, his only comment was: "We can fix her. She'll go faster."


Being a multi billionaire, Hughes did not require a sponsor for the aircraft, so the aircraft had no markings except for its registration number NR258Y (later NX258Y) in chrome yellow against the dark blue background of the wings and in black against the doped aluminum rudder. The fuselage was left in its natural polished aluminum finish. The H-1 was powered by a Pratt and Whitney Twin Wasp Jr. twin-row 14-cylinder radial piston engine of 25.2 liters, which was rated at 700 horsepower at 8,500 feet but which could deliver 1,000 horsepower for high speed flight.


The H-1 had two sets of wings; one low aspect ratio set measuring 25 feet was used to break the land plane speed record and a 32 feet set for transcontinental flight. Surprisingly, Howard mentioned in a later interview that the longer wings did not detract from overall performance, hinting that wing loading was too high for the available horsepower with the shorter wings. Hughes also fitted a different propeller onto the aircraft from the one used during his land plane speed record.


On the 19th of January 1937, a year and a half after his previous land plane speed record in the H-1, Hughes set a new transcontinental speed record. He departed Los Angeles before dawn and arrived at Newark Airport, 7 hours, 28 minutes, and 25 seconds later. He smashed his own previous record of 9 hours, 27 minutes by two hours with an average speed of 332 miles per hour over 2490 miles.
This nonstop flight was a truly outstanding accomplishment, especially in light of the fact that he had been forced down to 14,000 feet due to an oxygen system malfunction. Had he been able to fly the originally planned altitude of 21,000 feet his time may well have been much faster.


The Hughes H-1 was designed for record setting purposes, but it also had an impact on the design of high performance aircraft for years to come. Some of the outstanding design features of the H-1 were the close fitting bell shaped engine cowling to reduce airframe drag and improve engine cooling; gently curving wing fillets between the wing and the fuselage to help stabilize the airflow, reduce drag, and prevent potentially dangerous eddying and tail buffeting; hydraulically retractable landing gear (a first on land aircraft) to reduce drag and increase speed and range (typical of everything on the H-1, the landing gear was so perfectly fitted that the gear fairings and doors are difficult to see without looking closely); individually machined flush rivets making joints flush with the aircraft’s skin and flathead and countersunk screws on the plywood wings; ailerons designed to droop 15 degrees when the flaps are fully extended to improve lift along the full length of the wing during landing and takeoff; the pilot sitting in a smoothly faired and totally enclosed cockpit during cruise. During takeoff and landing, the side windows were lowered into the fuselage, the windscreen slid forward, and the seat was raised to allow for more forward visibility.


Hughes fully expected the United States Army Air Forces to embrace his plane's new design and make the H-1 the basis for a new generation of U.S. fighter planes. However, for obscure reasons, this did not happen. Instead, when World War II started, the USAAF was fielding a fleet of P-39 Airacobras and P-40 Warhawks.


Nonetheless, the Hughes H-1 racer was a major milestone aircraft on the road to such radial engine powered World War II fighters as the American Grumman F6F Hellcat and Republic P-47 Thunderbolt, the Japanese Mitsubishi Zero and the German Focke-Wulf FW 190. It demonstrated that properly designed radial engine aircraft could compete with the lower drag inline designs despite having larger frontal areas because of their radial engine installations.


After the war, Howard Hughes claimed that "it was quite apparent to everyone that the Japanese Zero had been copied from the Hughes." Hughes had most likely made this statement with reference to both the wing plan form and the tail empennage design. The similarity of the Zero's and his racer's being striking.


The H-1 was kept in the Hughes factory at Culver City, California, until it was donated to the Smithsonian Institution in 1975. It is now exhibited in the Golden Age of Flight gallery of the National Air and Space Museum.


http://www.nasm.si.edu/exhibitions/gal105/#H-1

 

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Reply #38 - Apr 29th, 2008 at 9:35am

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July 7th, 1946: THE PLANE THAT NEARLY KILLED HIM


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The Hughes XF-11 was a prototype military reconnaissance aircraft, designed by Howard Hughes for the United States Army Air Force. The aircraft was designed to meet the same requirements as the Republic XF-12. Specifications called for a fast, long ranging photo reconnaissance aircraft. Said to be a scaled up version of the earlier Hughes D-2, the final design was similar in general appearance to the World War II Lockheed P-38 Lightning. It was a tricycle gear, twin engine, twin boom all metal monoplane with a pressurized central crew nacelle, with a much larger span and much higher aspect ratio than the P-38's wing.


The seeds for the XF-11 actually began in the 1930’s. Howard Hughes had envisioned a super fast aircraft that could be a long distance record breaker. However, when war broke out he approached the War Department and pitched his plane as a bomber. Unfortunately, they didn’t like his use of a resin bonded plywood construction and rejected his ideas. Hughes went ahead and secretly developed the plane he called the D-2 in a hangar built on Harpers Dry Lake, near present day Edwards Air Force Base. In spite of the tight security, Army officials were permitted to see the aircraft and were impressed. However, before the Army could consider the craft for production, the one and only Hughes D-2 was destroyed when lightning struck the D-2 hangar.


But the Army had seen enough. And because of the atomic bomb, the need was greater than ever to know what other countries were doing. The United States government contracted Howard Hughes to build a high altitude spy plane that could go above radar with a special camera using newly developed fine grain film. They asked Hughes for a high altitude photographic reconnaissance version built from aluminum.  Hughes took much of his D-2 design, its twin boom, twin engines and relatively small central crew nacelle and began work on a new aircraft, the XF-11.


The Hughes XF-11 was powered by two powerful Pratt & Whitney Model R-4360-31, air-cooled, 28 cylinder, radial engines with twin four-bladed, controllable pitch propellers at the front of each engine. The propeller design was unusual in that the propellers on each engine were counter rotating, which can increase performance and stability but increase mechanical complexity.


The XF-11 was destined to be one of the fastest aircraft of its day. Sort of a propeller driven SR-71 in today’s perspective. Amongst its notable features were the pressurized cockpit and counter-rotating propeller blades, as well as a wingspan of over a hundred feet!  It was also designed to meet or exceed the same exacting specifications as the Republic XR-12 ‘Rainbow’ in flight.  Originally, the Army contracted for 100 of the airplanes to be built, but after the end of World War 2 the contract was cancelled and Hughes was left with two very expensive prototypes.


During a taxi test of the XF-11, Hughes complained that he was not getting full power on the XF-11 and wanted Frank Prinz, one of Hughes service engineers, to ride with him and find the reason why.  "The XF-11 is a single place, but I managed to squeeze in behind him”, according to Prinz.


"So, he applied full power and actually lifted off the field. The field was turf and two miles long.  Both  of our eyes were on the instruments and when we looked up the eucalyptus trees at the end of the field were fast coming up.  Hughes slammed on the brakes to no avail, burned them out and blew the tires.  I reached over his left shoulder, flipped up the safety on the reverse switch and threw them into reverse.  The props worked."


The propellers went into reverse and the aircraft stopped less than 50 feet from the trees.  Hughes looked back at Prinz and did not say a word.  "We then limped back to where we started from.  Hughes got out and went into a car without saying a word to anyone. I believe he was really shook up.  Had the props not worked and not gone into reverse, we would both have been history." Prinz said.


It was later determined that the reason Hughes was not getting full power was that the blade angle on the low end was not set properly.  When that was taken care of, full power was obtained.


On July 7th, 1946, the XF-11 (Tail no. 44-70155) was readied for her maiden flight, with Howard Hughes himself behind the controls.  Although it was planned to be only a short 20 minute flight, Hughes amended the plan after take-off to include an aerial tour of the Los Angeles basin to show off his latest aircraft.  


After a series of test maneuvers, Hughes begun his return to his factory's airport in Culver City when the right engine propeller control's ran out of oil due to an undetected leak, and the rear portion of the propeller kicked into a "flat pitch", forcing one of the sets of blades to cease working, according to Frank Prinz, who was the service engineer on the propellers.  This also caused the aircraft to yaw terribly from the drag the limp propeller created.  He radioed his difficulties backed to the airport and stated he was going to land.


Having decided to save his eight-million dollar aircraft and not risk endangering those on the ground by bailing out, Hughes attempted to make an emergency landing at the Los Angeles Country Club.  But his luck had run out, he dove downward short of the golf course and into a neighborhood in Beverly Hills.


At 7:20 in the evening, Hughes struck three homes in Beverly Hills.


As his impaired craft neared the club and perhaps a safe landing, Hughes realized by the way his plane was dropping he wasn't going to make it, but it was too late to do anything else but brace for impact. Just seconds short of the club (about 300 feet), the XF-11 struck the first of three separate homes along it's flight line.


First, it scraped through the roof of the home of Doctor Jules Zimmerman, a noted dentist, at 803 North Linden Drive, momentarily bouncing the plane back into the air.


Next, it hit the house next door at 805 North Linden Drive of actress Rosemary DeCamp. It sliced through the bedroom where she and her husband, John Staler, were and ripped across the couple's garage rooftop.  Fortunately they both escaped injury.


Finally Hughes crashed into the backside of 808 Whittier Drive, the home of Lt. Colonel Charles A. Myers, the chief interpreter for the United States during the trials at Nuremberg. The plane's fuel tanks exploded, turning the house into an raging inferno & leveling the structure, resulting in over $100,000 in property damage. Actor Dennis O'Keefe, living at 802 North Linden Drive called the fire department and crowds came from miles to see the spectacle.


The XF-11 was shattered into pieces with flaming debris scattered everywhere from backyards to the streets, yet somehow Hughes, bloodied, broken and burned, was still alive!


Still conscious, Hughes managed to get out of the plane and laid next to it as it was still burning. A Marine visiting friends across the street from the Myers residence, Master Technical Sergeant William L. Durkin, risked his own life by pulling Hughes away from the burning wreckage, saving Hughes' life.  Later, Sergeant Durkin was offered repeated thanks, in monetary form, by Hughes, but he declined all compensation and publicity from his act of heroism, citing that anybody should have and would have, done the same thing in that same situation.


The crash crushed Hughes' collar bone, broke six of his ribs, damaged his lungs severely and suffered third degree burns on his hands.  Hughes was rushed to a nearby hospital, then transferred to Good Samaritan Hospital in Los Angeles, where he required the use of an 'oxygen tent' for several days, while being visited by a "Who's Who" of Hollywood fame and fortune of the time.  Even the newspapers printed the daily progress of Hughes' recovery, during which time he directed that the remaining XF-11 prototype be refitted with a single pair of propellers.


Hughes also noted the problems with the hospital bed he resided in. He suggested and designed with changes to the bed, some of which now are standard in modern hospital beds everywhere.


However, liberal dosages of morphine were prescribed to Hughes for the pain he suffered, to which is often credited as the source of his lifelong addiction to codeine and other opiates.  Also, Hughes' later-trademark moustache grew as a result to cover up a scar that he acquired from this accident.


Although an investigation of the accident determined that the primary cause was a propeller malfunction, it was cited that if Hughes had followed his original flight plan, the XF-11 would have been safely back on the ground and the oil leak discovered and repaired, thus preventing the crash. It was also noted that Hughes had not followed standard procedures, such as not using the assigned radio frequency and retracting the landing gear, which is not normally done on a maiden flight.


Frank Prinz also served on the accident investigation board. According to him, "Had Hughes had the presence of mind, he would have shut off the engine and brought back the aircraft safely."


Ultimately, Hughes made the first flight of the second XF-11 prototype on April 5, 1947. This time the test flight went off without a hitch. The XF-11 was a remarkably stable aircraft, and at high speeds lateral control was excellent – but it became somewhat unstable at low speeds.


The XF-11 never became the Air Force's high altitude photographic reconnaissance aircraft. The program was canceled in favor of utilizing the much more economical Boeing RB-50s to meet the long-range photo reconnaissance requirement.


However, the remarkably clean, low drag profile of the XF-11, with its long, straight wing perhaps inspired a similar design a decade later in the Lockheed U-2.

 

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Reply #39 - Apr 29th, 2008 at 9:35am

Harold   Offline
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November 2nd, 1947: PROVING THEY ARE ALL WRONG


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The Hughes H-4 Hercules (registration NX37602) represents one of man’s greatest attempts to conquer the skies as the largest airplane ever constructed. The H-4 is a ‘one-off’ heavy transport aircraft, conceived as personnel and materiel carrier. The single hull prototype was designed to fly Trans Atlantic - carrying 750 fully equipped troops or two M4 Sherman tanks - to avoid German submarines that were sinking Allied ships in large numbers during World War II.


The immense aircraft was the brainchild of industrial magnate Henry Kaiser, (hence its original designation ‘HK-1’ reflecting the Hughes and Kaiser collaboration), designed and built by the Hughes Aircraft company and completed - after the end of World War II - in 1947.


It made its first and only flight on November 2nd 1947. To date, the H-4 is the largest flying boat ever built and has the largest wingspan and height of any aircraft in history. It now survives in good condition at the Evergreen Aviation Museum in McMinnville, Oregon.


Due to wartime restrictions on the availability of metals such as aluminum, the H-4 was built almost entirely of laminated birch with only small amounts of maple, poplar, balsa, and, yes, spruce. Birch was chosen because testing proved it light, strong, and resistant to splitting, dry rot and deterioration. Elevators and rudder were fabric covered. The press insisted on calling the H-4 the ‘Spruce Goose’, a name given by its critics, some of whom accused Howard Hughes of misusing government funding to build the aircraft. It was also referred to as the Flying Lumberyard by critics who believed an aircraft of its size physically could not fly. Howard Hughes despised both nicknames.
Several different configurations were considered including twin-hulled and single-hulled designs with combinations of four, six and eight, wing-mounted engines.


While Kaiser had originated the ‘flying cargo ship’ concept, he did not have an aeronautical background and deferred to Hughes and his designer, Glenn Odekirk. Development dragged on which frustrated Kaiser who blamed delays partly on restrictions placed for the acquisition of strategic materials such as aluminum but also placed part of the blame on Hughes' insistence on perfection. So Kaiser withdrew from the project.


Hughes continued the program on his own under the designation ‘H-4 Hercules’. Work proceeded at a slow pace with the end result that the H-4 was not completed until well after the war was over. There were many reasons for this, not least of which was Hughes' mental breakdown during development.


In 1947, Howard Hughes was called to testify before the Senate War Investigating Committee over the usage of government funds for the aircraft, as Congress was eliminating war era spending to free up federal funds for domestic projects. Even though he encountered skepticism and even hostility from the committee, Hughes remained unruffled.


During a break in the Senate hearings, Hughes returned to California, ostensibly to run taxi tests on the H-4. On 2 November 1947, a series of taxi tests began with Hughes at the controls. His crew included Dave Grant as co-pilot and a crew of two flight engineers, 16 mechanics and two other flight crew. In addition, the H-4 carried seven invited guests from the press plus an additional seven industry representatives, totaling of 32 on board.


After the first two uneventful taxi runs, four reporters left to file stories but the remaining press stayed for the final test run of the day.  After picking up speed on the channel facing Cabrillo Beach near Long Beach, the Hercules lifted off, remaining airborne 70 feet off the water at a speed of 135 mph for just under a mile. At this altitude, the aircraft was still experiencing ground effect and some critics believe it lacked the power necessary to climb above ground effect.


Hughes had answered his critics, but the justification for continued spending on the project was gone. Congress ended the Hercules project and the aircraft never flew again.


Even before the flight Hughes admitted that the plane was too large to be economical he claimed that there were still research lessons to be learned, and he stubbornly kept the work going until 1952. But he was distracted by other ventures and increasingly reclusive. The H-4 was carefully maintained in flying condition in the 315,000 square foot Hughes Aircraft hangars, where Howard Hughes created the legendary flying boat, until his death in 1976.


The wooden winged giant was nearly six times bigger than any aircraft of its time and considered a technological tour de force. It married a soon to be outdated (flying boat) technology, to a massive airframe that required some truly ingenious engineering innovations to function. Ultimately, however, the project was an expensive failure …


After years of storage the Hercules was acquired in 1980 by the California Aero Club, who successfully put the aircraft on display in a large dome adjacent to the Queen Mary exhibit in Long Beach, California. In 1988, The Walt Disney Company acquired both attractions and disappointed by the lackluster revenue the Hercules exhibit generated, Disney began to look for another organization to take the exhibit off its hands. After a long search for a qualified buyer, the aircraft was acquired by the Evergreen Aviation Museum in 1995, who disassembled the aircraft and moved it by barge to its current home, where it has been on display since.


Although the project was a failure, the H-4 Hercules presaged the massive transport aircraft of the late 20th century, such as the C-5, AN-124 and AN-225. The Hercules demonstrated that the physical and aerodynamic principles which make flight possible are not limited by the size of the aircraft, even if the viability of the aircraft itself is, mainly due to the lack (at that time) of powerful enough engines.


But Hughes and his team had broken ground in the development of this plane, that they did it in wood is even more remarkable. Though the project finished behind schedule ... they were ahead of their time!


http://www.sprucegoose.org

 

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Reply #40 - Apr 29th, 2008 at 3:16pm

todayshorse   Offline
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Nice one Harold, interesting Smiley
 

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Reply #41 - Apr 29th, 2008 at 10:21pm

Ravang   Ex Member

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The Article


The U-2 or "The Article" as it was called was very important to the United States during the Cold War as spy satellites were not yet in operation.

In the Skunk Works, Kelly Johnson chose 25 engineers and began detailed design. There had already been some changes: his preferred engine had been vetoed by the Air Force, which would supply specially-modified Pratt & Whitney J57 turbojets instead. Urgency, as well as secrecy, was paramount. Lockheed worked without a proper contract for the first three months. Design, tooling and fabrication phases overlapped, as Johnson strived to achieve his promise of a first flight just eight months after go-ahead.

Incredibly, the promise was achieved. Moreover, the first flight took place from a hastily-built test base in the Nevada desert, far from prying eyes. Located on the edge of Groom Dry Lake, it was known in those days as Watertown Strip. Like the U-2 itself, this secret facility has been enlarged and improved, and is also now 50 years old.

The aircraft that first flew on 4th August 1955 was not yet designated the U-2. It was known simply as The Article. More changes had been made to Kelly's original design, notably the addition of an undercarriage - of sorts. There was a main landing gear and a tailwheel in the fuselage, with balance for taxi-ing provided by two outriggers or 'pogos' which attached to the wings and dropped away during the take-off run.

A compressed flight test program was conducted by four Lockheed pilots. After only four weeks, the aircraft reached 65,000 feet - a world record that was not publicized! But there were engine, fuel and autopilot problems, leading to numerous 'flame-outs' at high altitude and a silent return to the lakebed - or at least, to a lower altitude where the engine might be relit in thicker air. The Article was not easy to fly, especially since pilots had to wear a tight and uncomfortable pressure suit to keep them alive, in the event of a loss of cockpit pressure at high altitude.

Then on June 20, 1955 the day have came to fly the U-2 on its first mission over Russia and into the "Iron Curtain". Carl Overstreet climbed in the U-2, and maintaining radio silence for security's sake, he awaited a green light from the Wiesbaden control tower. After all the intensive training, he was well-prepared for this first mission "Toward the Unknown." Still though, he recalled one over-riding emotion as he awaited takeoff - the fear of screwing-up! 

Overstreet pressed on to Bydgoszcz before turning southeast to Warsaw and Lublin, then turning back to Kracow and Wroclaw. Then he flew directly over Prague heading southwest. As a further test of air defence radar co-ordination, this time in NATO territory, the route now took Overstreet all the way to the Rhine and the Franco-German border, before he descended to a safe landing at Wiesbaden.

http://www.simviation.com/yabbuploads/2008-4-29_10-1-23-500.jpg
 
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Reply #42 - Apr 29th, 2008 at 10:25pm

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Brilliant finish to the contest Harold and Ravang!! Congrats to everyone who's participated, and thanks to all that looked in as well. There's been a number of fabulous entries and i'm looking forward to getting to-gether with the mystery panel to select the finest entries for the Studio's Aviation Museum. The selections will be posted in a seperate thread here at the Studio in the next week or so, so keep an eye out for it.  Smiley

P.S. There's still one more day to enter, so if anyone wants to sneak one in, please do so..
 

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Reply #43 - Apr 30th, 2008 at 5:29pm

Harold   Offline
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September 26th, 1939: THEY ARE SHOOTING AT US!


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On September 26, 1939, while on its flight from Stockholm to Amsterdam, German fighters attacked the Mees, one of the 23 DC-3’s, which KLM owned before World War II. The Mees received eighty hits and unfortunately a Swedish passenger was killed in the incident.  However, KLM Captain Jan Moll (who co-piloted the 'Uiver' in the MacRobertson Air Race) managed to escape into the clouds and fly the aircraft safely to Amsterdam Airport; Schiphol.  After this incident KLM painted all its aircraft orange and applied the letters HOLLAND on the fuselage.


The aircraft, a Douglas DC-3-194G (c/n 2142), was delivered for assembly to the NV Nederlandse Vliegtuigenfabriek (Dutch Aircraft Factory Ltd. - later known as Fokker) on July 7th 1939. After assembly it was delivered to the Royal Dutch Airlines, as PH-ASM ‘Mees’ (Titmouse) on July 21st 1939. KLM used the Mees, amongst other routes, between Amsterdam and Stockholm.


The Mees was confiscated by the Luftwaffe on May 16th 1940 and re-registered as NA+LE. As the aircraft wasn’t used it was transferred to Lufthansa service on June 15th 1940, receiving registration D-ATJG. She was destroyed in an allied attack on September 3rd 1944.


While talking to Aussie, the PH-ASR ‘Roek’ repaint for the default FS9 DC-3 came up, which mentioned the above incident in the readme file. But I told Chris that it wasn't the ‘Roek’ that was attacked but the ‘Mees’. Also, the original repaint wasn’t anything like it should be, comparing it to the replica of a similar DC-3, the PH-ALR ‘Reiger’ at the Dutch National Aviation Museum, Aviodrome. The aircraft were not yellow but orange, the font used was more similar to a square-ish ‘Arial’ style font and it was black instead of blue. Also the position of the decals wasn’t like it should be. I decided to repaint the FS9 default DC-3 in the correct colors, adjusted the decals with a font more suitable and labeled it PH-ASM.


To make the shot completely historically accurate I photographed the Mees in front of the 1928 rendition of Schiphol Airport, which has been completely rebuild at the Aviodrome.


BTW: I've posted an edit of one of the shots from this series in the Edited Forums



Thanks to Aussie for all the hours of researching, testing the repaint and discussing the Mees with me. This really is a joint effort!

 

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Reply #44 - Apr 30th, 2008 at 7:55pm

specter177   Offline
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