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1949 Non Stop Around the World Flight - History

1949 Non Stop Around the World Flight - History


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1949 Non Stop Around the World Flight

A US Army Boeing 50-A made a flight around the world. It flew for a total of 94 hours and one minute. It was refuelled in the air four times. The plane carriers its full crew of 13


At 12:21 PM, February 26, 1949 a B-50A Superfortress named Lucky Lady cammanded by Capt. James Gallagher took off from Carswell Airforce Base in Texas, heading east. It headed out over the Atlantic Ocean. AS it continued its voyage, it was met by KB-29M tankers, the first over the Azore Islands, the second over Saudi Arabia, the third at Clark Field in the Philippines, and the final time over Hickam Air Force Base in Hawaii. The plane averaged a speed of 249 MPH. On March 2 and 10:22 AM, the place landed once again at Carswell Air Force Base, making it the first plane to circle the earth non-stop.


Voyager completes global flight

After nine days and four minutes in the sky, the experimental aircraft Voyager lands at Edwards Air Force Base in California, completing the first nonstop flight around the globe on one load of fuel. Piloted by Americans Dick Rutan and Jeana Yeager, Voyager was made mostly of plastic and stiffened paper and carried more than three times its weight in fuel when it took off from Edwards Air Force Base on December 14. By the time it returned, after flying 25,012 miles around the planet, it had just five gallons of fuel left in its remaining operational fuel tank.

Voyager was built by Burt Rutan of the Rutan Aircraft Company without government support and with minimal corporate sponsorship. Dick Rutan, Burt’s brother and a decorated Vietnam War pilot, joined the project early on, as did Dick’s friend Jeanna Yeager (no relation to aviator Chuck Yeager). Voyager‘s extremely light yet strong body was made of layers of carbon-fiber tape and paper impregnated with epoxy resin. Its wingspan was 111 feet, and it had its horizontal stabilizer wing on the plane’s nose rather than its rear𠄺 trademark of many of Rutan’s aircraft designs. Essentially a flying fuel tank, every possible area was used for fuel storage and much modern aircraft technology was foregone in the effort to reduce weight.


Famous Birthdays In 1949

Famous People Born In This Year In History

Jan 02 In the year 1949 birth of chick Churchill, Wales, keyboardist (Ten Years After-I'm Going Home)

Jan 02 Christopher Durang, Montclair NJ, playwright/actor (Sister Mary) was born in the year 1949.

Jan 03 In the year 1949 birth of sylvia Likens, American torture victim (d. 1965)

Jan 04 Mick Mills, British(?) soccer player was born in the year 1949.

Jan 05 George Brown, rock drummer (Kool & the Gang-Celebration) was born on this day in history.

Jan 06 Michael Boit, Nandi Kenya, 800m runner (Olympic-bronze-1972) was born on this day in history.

Jan 06 In the year 1949 birth of richard Horowitz, composer

Jan 07 John Christopher Parry, rocker (Cure) was born on this day in history.


Alhimar.com

By late February 1949, the 43rd Bombardment Group was ready to send a plane on its first nonstop flight around the globe. Global Queen, a B-50A Superfortress, began the journey on Feb. 25, but due …

2 .What was the first plane to complete a non-stop, around-the-world flight?

The Rutan Model 76 Voyager was the first aircraft to fly around the world without stopping or refueling. It was piloted by Dick Rutan and Jeana Yeager.The flight took off from Edwards Air Force Base’s 15,000 foot (4,600 m) runway in the Mojave Desert on December 14, 1986, and ended 9 days, 3 minutes and 44 seconds later on December 23, setting a flight endurance record.

3 .What was the first plane to complete a non-stop, around-the-world flight?

On March 2, 1949, a U.S. Air Force plane piloted by Capt. James Gallagher completed the first non-stop around-the-world flight in just over 94 hours.

4 .What was the first plane to complete a non-stop, around-the-world flight?

WHAT WAS THE FIRST PLANE TO COMPLETE A NON STOP, AROUND THE WORLD FLIGHT?. This video will give you a ‘Straight To the point’ information / answer / solution…

5 .What was the first plane to complete a non-stop, around-the-world flight?

What was the first plane to complete a non-stop, around-the-world flight? What was the first plane to complete a non-stop, around-the-world flight? Voyager Vin Fiz Lockheed Model 10 Electra Spirit of St. Louis. Answer: The correct answer is Voyager. Categories Rebus. Leave a Reply Cancel reply.

6 .What was the first plane to complete a non-stop, around-the-world flight?

Mr. Rutan did, and the plane recovered. The Voyager flight came 62 years after the first around-the-world flight, completed by two U.S. Army planes that made 57 stops during their 175-day journey. At a news conference held after the landing, Mr. Rutan said, “This was the last major event of atmospheric flight.”

7 .What was the first plane to complete a non-stop, around-the-world flight?

Operation Power Flite was a United States Air Force mission in which three Boeing B-52 Stratofortresses became the first jet aircraft to circle the world nonstop, when they made the journey in January 1957 in 45 hours and 19 minutes, using in-flight refueling to stay aloft. The mission was intended to demonstrate that the United States had the ability to drop a hydrogen bomb anywhere in the world.

8 .What was the first plane to complete a non-stop, around-the-world flight?

1949: After 94 hours, 1 minute of flying time, a Boeing B-50 named Lucky Lady II lands at Carswell Air Force Base, Texas, completing the first ever nonstop, around-the-world trip by an airplane …

9 .What was the first plane to complete a non-stop, around-the-world flight?

The first non-stop flight around the world was made by, again, a team of the US Air Force flyers in 1949. Taking off from Carswell Air Force base in Fort Worth, Texas on 26 February, Captain James Gallagher and a crew of 14 headed east in a B-50 Superfortress, called Lucky Lady II .

10 .What was the first plane to complete a non-stop, around-the-world flight?

American aviator Wiley Post returns to Floyd Bennett Field in New York, having flown solo around the world in 7 days, 18 hours, and 49 minutes.He was the first aviator to accomplish the feat.

News results

1 .The US’s oldest bomber is still flying around the world, and its crews are training like ‘we’re going to war’

After more than a half-century in service, the B-52 is still flying around the world, often making non-stop, round-trip flights. Those long-range missions are a testament to the bomber’s longevity, but they’re also preparation for growing strategic competition with powerful adversaries.

Published Date: 2021-01-26T17:01:00.0000000Z

2 .Who helped flight take off?

The first powered, controlled flight in a plane designed and built by the … The Rutan Voyager aircraft takes off from California to complete the first non-stop, round the world flight.

Published Date: 2020-07-26T04:11:00.0000000Z

1 First non-stop around the world flight
The first nonstop around-the-world flight was accomplished by B-50A-5-BO (S/N 46-010) “Lucky Lady II” assigned to the 43rd Bomb Group. The flight which lasted from Feb. 26 to March 2, 1949, took 94 hours, 1 minute to complete. About two-thirds of the B-50As were modified as receiver aircraft for an in-flight refueling technique developed by …
Watch Video: https://www.youtube.com/watch?v=OXf1fSiOYPs

1898 – August 15, 1935) was a famed American aviator during the interwar period and the first pilot to fly solo around the world . Also known for his work…

2 .Alaska Airlines Flight 261

UTC), and climbed to its intended cruising altitude of flight level 310 (31,000 feet or 9,400 meters). The plane was scheduled to land at San Francisco…

https://en.wikipedia.org/wiki/Alaska Airlines Flight 261

companies have established a number of ultra-long haul non – stop flights . This article covers the longest flights among them. The opening of these super long…


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1949 Non Stop Around the World Flight - History

By the end of WW II, heavy research into aviation technology gave America unquestionably the most powerful air force in the world. The marquee bomber of the early postwar period was the B-50 Superfortress, an advanced design featuring the latest lightweight metal alloys, along with a pressurized cabin and electronic gun control. Its powerful engines gave it three times the speed of the most widely-used wartime bomber, the B-17 Flying Fortress.

On this day, March 2, in 1949, in a simultaneous test and demonstration of the plane’s capabilities, a B-50 Superfortress completed the world’s first non-stop around-the-world flight. It was the last hurrah for the last bomber of the propeller age.

The B-50 flew at a cruising speed of 250 mph, and required four in-air refuels. Altogether the flight took 94 hours and 1 minute. It was then relegated to support-craft status to its successor, the turbine-powered B-52. An around-the world flight of a B-52, refueled by several B-50s, halved the time record, clocking in at 45 hours and 19 minutes.


Contents

Early experiments Edit

Some of the earliest experiments in aerial refueling took place in the 1920s two slow-flying aircraft flew in formation, with a hose run down from a hand-held fuel tank on one aircraft and placed into the usual fuel filler of the other. The first mid-air refueling, based on the development of Alexander P. de Seversky, between two planes occurred on June 27, 1923, between two Airco DH-4B biplanes of the United States Army Air Service. An endurance record was set by three DH-4Bs (a receiver and two tankers) on August 27–28, 1923, in which the receiver airplane remained aloft for more than 37 hours using nine mid-air refuelings to transfer 687 US gallons (2,600 L) of aviation gasoline and 38 US gallons (140 L) of engine oil. The same crews demonstrated the utility of the technique on October 25, 1923, when a DH-4 flew from Sumas, Washington, on the Canada–United States border, to Tijuana, Mexico, landing in San Diego, using mid-air refuelings at Eugene, Oregon, and Sacramento, California.

Similar trial demonstrations of mid-air refueling technique took place at the Royal Aircraft Establishment in England and by the Armée de l'Air in France in the same year, but these early experiments were not yet regarded as a practical proposition, and were generally dismissed as stunts.

As the 1920s progressed, greater numbers of aviation enthusiasts vied to set new aerial long-distance records, using inflight air refueling. One such enthusiast, who would revolutionize aerial refueling was Sir Alan Cobham, member of the Royal Flying Corps in World War I, and a pioneer of long-distance aviation. During the 1920s, he made long-distance flights to places as far afield as Africa and Australia and he began experimenting with the possibilities of in-flight refueling to extend the range of flight. [3]

Cobham was one of the founding directors of Airspeed Limited, an aircraft manufacturing company which went on to produce a specially adapted Airspeed Courier that Cobham used for his early experiments with in-flight refueling. This craft was eventually modified by Airspeed to Cobham's specification, for a non-stop flight from London to India, using in-flight refueling to extend the plane's flight duration.

Meanwhile, in 1929, a group of U.S. Army Air Corps fliers, led by then Major Carl Spaatz, set an endurance record of over 150 hours with the Question Mark over Los Angeles. Between June 11 and July 4, 1930, the brothers John, Kenneth, Albert, and Walter Hunter set a new record of 553 hours 40 minutes over Chicago using two Stinson SM-1 Detroiters as refueler and receiver. Aerial refueling remained a very dangerous process until 1935, when brothers Fred and Al Key demonstrated a spill-free refueling nozzle, designed by A. D. Hunter. [4] They exceeded the Hunters' record by nearly 100 hours in a Curtiss Robin monoplane [1], staying aloft for more than 27 days. [5]

The US was mainly concerned about transatlantic flights for faster postal service between Europe and America. In 1931 W. Irving Glover, the second assistant postmaster, wrote an extensive article for Popular Mechanics concerning the challenges and the need for such a regular service. In his article he even mentioned the use of aerial refueling after takeoff as a possible solution. [6]

At Le Bourget Airport near Paris, the Aéro-Club de France and the 34th Aviation Regiment of the French Air Force were able to demonstrate passing fuel between machines at the annual aviation fete at Vincennes in 1928. [7] The UK's Royal Aircraft Establishment was also running mid-air refueling trials, with the aim to use this technique to extend the range of the long-distance flying boats that serviced the British Empire. By 1931 they had demonstrated refueling between two Vickers Virginias, with fuel flow controlled by an automatic valve on the hose which would cut off if contact was lost. [8]

Royal Air Force officer Richard Atcherley had observed the dangerous aerial-refueling techniques in use at barnstorming events in the US and determined to create a workable system. [9] While posted to the Middle East he developed and patented his 'crossover' system in 1934, in which the tanker trailed a large hooked line that would reel in a similar dropped line from the receiver, allowing the refueling to commence. In 1935, Cobham sold off the airline Cobham Air Routes Ltd to Olley Air Service and turned to the development of inflight refueling, founding the company Flight Refuelling Ltd. Atcherly's system was bought up by Cobham's company, and with some refinement and continuous improvement through the late '30s, it became the first practical refueling system. [10]

Grappled-line looped-hose Edit

Sir Alan Cobham's grappled-line looped-hose air-to-air refueling system borrowed from techniques patented by David Nicolson and John Lord, and was publicly demonstrated for the first time in 1935. In the system the receiver aircraft, at one time an Airspeed Courier, trailed a steel cable which was then grappled by a line shot from the tanker, a Handley Page Type W10. The line was then drawn back into the tanker where the receiver's cable was connected to the refueling hose. The receiver could then haul back in its cable bringing the hose to it. Once the hose was connected, the tanker climbed sufficiently above the receiver aircraft to allow the fuel to flow under gravity. [11] [12]

When Cobham was developing his system, he saw the need as purely for long-range transoceanic commercial aircraft flights, [13] but today aerial refueling is used exclusively by military aircraft.

In 1934, Cobham had founded Flight Refuelling Ltd and by 1938 had used FRL's looped-hose system to refuel aircraft as large as the Short Empire flying boat Cambria from an Armstrong Whitworth AW.23. [5] Handley Page Harrows were used in the 1939 trials to perform aerial refueling of the Empire flying boats for regular transatlantic crossings. From August 5 to October 1, 1939, sixteen crossings of the Atlantic were made by Empire flying boats, with fifteen crossings using FRL's aerial refueling system. [14] After the sixteen crossings further trials were suspended due to the outbreak of World War II. [15]

During the closing months of World War II, it had been intended that Tiger Force's Lancaster and Lincoln bombers would be in-flight refueled by converted Halifax tanker aircraft, fitted with the FRL's looped-hose units, in operations against the Japanese homelands, but the war ended before the aircraft could be deployed. After the war ended, the USAF bought a small number of FRL looped-hose units and fitted a number of B-29s as tankers to refuel specially equipped B-29s and later B-50s. The USAF made only one major change between the system used by the RAF. The USAF version had auto-coupling of the refueling nozzle, where the leader line with the refueling hose is pulled to the receiver aircraft and a refueling receptacle on the belly of the aircraft, allowing high-altitude air-to-air refueling and doing away with the aircraft having to fly to a lower altitude to be depressurized so a crew member could manually do the coupling. [16]

This air-to-air refueling system was used by the B-50 Superfortress Lucky Lady II of the 43rd Bomb Wing to make its famous first non-stop around-the-world flight in 1949. [17] [18] From February 26 to March 3, 1949, Lucky Lady II flew non-stop around the world in 94 hours and 1 minute, a feat made possible by four aerial refuelings from four pairs of KB-29M tankers of the 43d ARS. Before the mission, crews of the 43rd had experienced only a single operational air refueling contact. The flight started and ended at Carswell Air Force Base in Fort Worth, Texas with the refuelings accomplished over the Azores, West Africa, the Pacific Ocean near Guam, and between Hawaii and the West Coast. [19]

Probe-and-drogue system Edit

Cobham's company FRL soon realized that their looped-hose system left much to be desired and began work on an improved system that is now commonly called the probe-and-drogue air-to-air refueling system and today is one of the two systems chosen by air forces for air-to-air refueling, the other being the flying-boom system. In post-war trials the RAF used a modified Lancaster tanker employing the much improved probe-and-drogue system, with a modified Gloster Meteor F.3 jet fighter, serial EE397, fitted with a nose-mounted probe. [20] [21] On 7 August 1949, the Meteor flown by FRL test pilot Pat Hornidge took off from Tarrant Rushton and remained airborne for 12 hours and 3 minutes, receiving 2,352 imperial gallons (10,690 L) of fuel in ten refuelings from a Lancaster tanker. Hornidge flew an overall distance of 3,600 mi (5,800 km), achieving a new jet endurance record. [22] [23] FRL still exists as part of Cobham plc.

Modern specialized tanker aircraft have equipment specially designed for the task of offloading fuel to the receiver aircraft, based on drogue and probe, even at the higher speeds modern jet aircraft typically need to remain airborne.

In January 1948, General Carl Spaatz, then the first Chief of Staff of the new United States Air Force, made aerial refueling a top priority of the service. In March 1948, the USAF purchased two sets of FRL's looped-hose in-flight refueling equipment, which had been in practical use with British Overseas Airways Corporation (BOAC) since 1946, and manufacturing rights to the system. FRL also provided a year of technical assistance. The sets were immediately installed in two Boeing B-29 Superfortresses, with plans to equip 80 B-29s.

Flight testing began in May 1948 at Wright-Patterson Air Force Base, Ohio, and was so successful that in June orders went out to equip all new B-50s and subsequent bombers with receiving equipment. Two dedicated air refueling units were formed on June 30, 1948: the 43d Air Refueling Squadron at Davis-Monthan Air Force Base, Arizona, and the 509th Air Refueling Squadron at Walker Air Force Base, New Mexico. The first ARS aircraft used FRL's looped-hose refueling system, but testing with a boom system followed quickly in the autumn of 1948.

The first use of aerial refueling in combat took place during the Korean War, involving F-84 fighter-bombers flying missions from Japanese airfields, due to Chinese-North Korean forces overrunning many of the bases for jet aircraft in South Korea, refueling from converted B-29s using the drogue-and-probe in-flight refueling system with the probe located in one of the F-84's wing-tip fuel tanks.

Flying boom Edit

The flying boom is a rigid, telescoping tube with movable flight control surfaces that a boom operator on the tanker aircraft extends and inserts into a receptacle on the receiving aircraft. All boom-equipped tankers (e.g. KC-135 Stratotanker, KC-10 Extender, KC-46 Pegasus) have a single boom, and can refuel one aircraft at a time with this mechanism.

History Edit

In the late 1940s, General Curtis LeMay, commander of the Strategic Air Command (SAC), asked Boeing to develop a refueling system that could transfer fuel at a higher rate than had been possible with earlier systems using flexible hoses, resulting in the flying boom system. The B-29 was the first to employ the boom, and between 1950 and 1951, 116 original B-29s, designated KB-29Ps, were converted at the Boeing plant at Renton, Washington. Boeing went on to develop the world's first production aerial tanker, the KC-97 Stratofreighter, a piston-engined Boeing Stratocruiser (USAF designation C-97 Stratofreighter) with a Boeing-developed flying boom and extra kerosene (jet fuel) tanks feeding the boom. The Stratocruiser airliner itself was developed from the B-29 bomber after World War II. In the KC-97, the mixed gasoline/kerosene fuel system was clearly not desirable and it was obvious that a jet-powered tanker aircraft would be the next development, having a single type of fuel for both its own engines and for passing to receiver aircraft. The 230 mph (370 km/h) cruise speed of the slower, piston-engined KC-97 was also a serious issue, as using it as an aerial tanker forced the newer jet-powered military aircraft to slow down to mate with the tanker's boom, a highly serious issue with the newer supersonic aircraft coming into service at that time, which could force such receiving aircraft in some situations to slow down enough to approach their stall speed during the approach to the tanker. It was no surprise that, after the KC-97, Boeing began receiving contracts from the USAF to build jet tankers based on the Boeing 367-80 (Dash-80) airframe. The result was the Boeing KC-135 Stratotanker, of which 732 were built.

The flying boom is attached to the rear of the tanker aircraft. The attachment is gimballed, allowing the boom to move with the receiver aircraft. The boom contains a rigid pipe to transfer fuel. The fuel pipe ends in a nozzle with a flexible ball joint. The nozzle mates to the "receptacle" in the receiver aircraft during fuel transfer. A poppet valve in the end of the nozzle prevents fuel from exiting the tube until the nozzle properly mates with the receiver's refueling receptacle. Once properly mated, toggles in the receptacle engage the nozzle, holding it locked during fuel transfer.

The "flying" boom is so named because flight control surfaces, small movable airfoils that are often in a V-tail configuration, are used to move the boom by creating aerodynamic forces. They are actuated hydraulically and controlled by the boom operator using a control stick. The boom operator also telescopes the boom to make the connection with the receiver's receptacle.

To complete an aerial refueling, the tanker and receiver aircraft rendezvous, flying in formation. The receiver moves to a position behind the tanker, within safe limits of travel for the boom, aided by director lights or directions radioed by the boom operator. Once in position, the operator extends the boom to make contact with the receiver aircraft. Once in contact, fuel is pumped through the boom into the receiver aircraft.

While in contact, the receiver pilot must continue to fly within the "air refueling envelope", the area in which contact with the boom is safe. Moving outside of this envelope can damage the boom or lead to mid-air collision, for example the 1966 Palomares B-52 crash. If the receiving aircraft approaches the outer limits of the envelope, the boom operator will command the receiver pilot to correct his position and disconnect the boom if necessary.

When the desired amount of fuel has been transferred, the two aircraft disconnect and the receiver aircraft departs the formation. When not in use, the boom is stored flush with the bottom of the tanker's fuselage to minimize drag.

The US Air Force fixed-wing aircraft use the flying boom system, along with countries operating F-16 or F-15 variants. The system is used by Australia (KC-30A), the Netherlands (KDC-10), Israel (modified Boeing 707), Turkey (KC-135Rs), and Iran (Boeing 747). The system allows higher fuel flow rates (up to 1,000 US gallons (3,800 l) / 6,500 pounds (2,900 kg) per minute for the KC-135, but does require a boom operator, and can only refuel one aircraft at a time.

Probe-and-drogue Edit

The probe-and-drogue refueling method employs a flexible hose that trails from the tanker aircraft. The drogue (or para-drogue), sometimes called a basket, is a fitting resembling a shuttlecock, attached at its narrow end (like the "cork" nose of a shuttlecock) with a valve to a flexible hose. The drogue stabilizes the hose in flight and provides a funnel to aid insertion of the receiver aircraft probe into the hose. The hose connects to a Hose Drum Unit (HDU). When not in use, the hose/drogue is reeled completely into the HDU. The receiver has a probe, which is a rigid, protruding or pivoted retractable arm placed on the aircraft's nose or fuselage to make the connection. Most modern versions of the probe are usually designed to be retractable, and are retracted when not in use, particularly on high speed aircraft. [ citation needed ]

At the end of the probe is a valve that is closed until it mates with the drogue's forward internal receptacle, after which it opens and allows fuel to pass from tanker to receiver. The valves in the probe and drogue that are most commonly used are to a NATO standard and were originally developed by the company Flight Refuelling Limited in the UK and deployed in the late 1940s and 1950s. [ citation needed ] This standardization allows drogue-equipped tanker aircraft from many nations the ability to refuel probe-equipped aircraft from other nations. The NATO standard probe system incorporates shear rivets that attach the refueling valve to the end of the probe. [ citation needed ] This is so that if a large side or vertical load develops while in contact with the drogue, the rivets shear and the fuel valve breaks off, rather than the probe or receiver aircraft suffering structural damage. A so-called "broken probe" (actually a broken fuel valve, as described above) may happen if poor flying technique is used by the receiver pilot, or in turbulence. Sometimes the valve is retained in the tanker drogue and prevents further refueling from that drogue until removed during ground maintenance.

A "buddy store" or "buddy pod" is an external pod loaded on an aircraft hardpoint that contains a hose and drogue system (HDU). [24] Buddy stores allow fighter / bomber aircraft to be reconfigured for "buddy tanking" other aircraft. This allows an air combat force without dedicated/specialized tanker support (for instance, a carrier air wing) to extend the range of its strike aircraft. In other cases, using the buddy store method allows a carrier-based aircraft to take-off with a heavier than usual load, the aircraft then being topped-up with fuel from an HDU-equipped "buddy" tanker, a method previously used by the Royal Navy in operating its Supermarine Scimitar, de Havilland Sea Vixen and Blackburn Buccaneers, in the Buccaneer's case using a bomb-bay-mounted tank and HDU.

The tanker aircraft flies straight and level and extends the hose/drogue which is allowed to trail out behind and below the tanker under normal aerodynamic forces. The pilot of the receiver aircraft extends the probe (if required) and uses normal flight controls to "fly" the refueling probe directly into the basket. This requires a closure rate of approximately two knots (walking speed) in order to establish solid probe/drogue coupling and push the hose several feet into the HDU. Too little closure will cause an incomplete connection and no fuel flow (or occasionally leaking fuel). Too much closure is dangerous because it can trigger a strong transverse oscillation in the hose, severing the probe tip. Another significant danger is that the drogue may hit the recipient aircraft and damage it—instances have occurred in which the drogue has shattered the canopy of a fighter aircraft, causing great danger to its pilot. [ citation needed ]

The optimal approach is from behind and below (not level with) the drogue. Because the drogue is relatively light (typically soft canvas webbing) and subject to aerodynamic forces, it can be pushed around by the bow wave of approaching aircraft, exacerbating engagement even in smooth air. After initial contact, the hose and drogue is pushed forward by the receiver a certain distance (typically, a few feet), and the hose is reeled slowly back onto its drum in the HDU. This opens the tanker's main refueling valve allowing fuel to flow to the drogue under the appropriate pressure (assuming the tanker crew has energized the pump). Tension on the hose is aerodynamically 'balanced' by a motor in the HDU so that as the receiver aircraft moves fore and aft, the hose retracts and extends, thus preventing bends in the hose that would cause undue side loads on the probe. Fuel flow is typically indicated by illumination of a green light near the HDU. If the hose is pushed in too far or not far enough, a cutoff switch will inhibit fuel flow, which is typically accompanied by an amber light. Disengagement is commanded by the tanker pilot with a red light. [24]

The U.S. Navy, Marine Corps, and some Army aircraft refuel using the "hose-and-drogue" system, as well as most Western-European aircraft. The Soviet Union also reverse engineered the NATO hose and drogue system [ citation needed ] , which is called UPAZ, [25] and so all Russian aircraft are also equipped with probe and drogue. The Chinese PLAF has a fleet of Xian H-6 bombers modified for aerial refueling as well as forthcoming Russian Ilyushin Il-78 aerial refueling tankers. [26] Tankers can be equipped with multipoint hose-and-drogue systems allowing two (or more) aircraft to refuel simultaneously, reducing time spent refueling by as much as 75% for a four aircraft strike package. [27]

Boom drogue adapter units Edit

USAF KC-135 and French Air Force KC-135FR refueling-boom equipped tankers can be field converted to a probe-and-drogue system using a special adapter unit. In this configuration, the tanker retains its articulated boom, but has a hose/drogue at the end of it instead of the usual nozzle. The tanker boom operator holds the boom in a static position, while the receiver aircraft then flies the probe into the basket. Unlike the soft canvas basket used in most drogue systems, the adapter units use a steel basket, grimly known as the "iron maiden" by naval aviators because of its unforgiving nature. Soft drogues can be contacted slightly off center, wherein the probe is guided into the hose receptacle by the canvas drogue. The metal drogue, when contacted even slightly off center, will pivot out of place, potentially "slapping" the aircraft's fuselage and causing damage.

The other major difference with this system is that when contacted, the hose does not "retract" into an HDU. Instead, the hose bends depending on how far it is pushed toward the boom. If it is pushed too far, it can loop around the probe or nose of the aircraft, damage the windscreen, or cause contact with the rigid boom. If not pushed far enough, the probe will disengage, halting fueling. Because of a much smaller position keeping tolerance, staying properly connected to a KC-135 adapter unit is considerably more difficult than staying in a traditional hose/drogue configuration. When fueling is complete, the receiver carefully backs off until the probe refueling valve disconnects from the valve in the basket. Off center disengagements, like engagements, can cause the drogue to "prang" the probe and/or strike the aircraft's fuselage.

Multiple systems Edit

Some tankers have both a boom and one or more complete hose-and-drogue systems. The USAF KC-10 has both a flying boom and also a separate hose and drogue system manufactured by Cobham plc. Both are on the aircraft centerline at the tail of the aircraft, so only one system can be used at once. However, such a system allows all types of probe- and receptacle-equipped aircraft to be refueled in a single mission, without landing to install an adapter. Many KC-135s and some KC-10s are also equipped with dual under-wing hose-and-drogue attachments known as Multi-point Refueling System (MPRSs) or Wing Air Refueling Pods (WARPs), respectively.

Wing-to-wing Edit

In this method, similar to the probe-and-drogue method but more complicated, the tanker aircraft released a flexible hose from its wingtip. An aircraft, flying beside it, had to catch the hose with a special lock under its wingtip. After the hose was locked, and the connection was established, the fuel was pumped. It was used on a small number of Soviet Tu-4 and Tu-16 only (the tanker variant was Tu-16Z). [28]

Simple grappling Edit

Some historic systems used for pioneering aerial refueling used the grappling method, where the tanker aircraft unreeled the fuel hose and the receiver aircraft would grapple the hose midair, reel it in and connect it so that fuel can be transferred either with the assistance of pumps or simply by gravity feed. This was the method used on the Question Mark endurance flight in 1929.

The probe-and-drogue system is not compatible with flying boom equipment, creating a problem for military planners where mixed forces are involved. [29] Incompatibility can also complicate the procurement of new systems — the Royal Canadian Air Force currently wish to purchase the F-35A, which can only refuel via the flying boom, but only possess probe-and-drogue refuelers. The potential cost of converting F-35As to probe-and-drogue refueling (as is used on U.S. Navy & Marine Corps F-35Bs and F-35Cs) has added to the political controversy which already surrounds F-35 procurement within the RCAF. [30]

These concerns can be addressed by drogue adapters (see section "Boom drogue adapter units" above) that allow drogue aircraft to refuel from boom-equipped aircraft, and by refuelers which are equipped with both drogue and boom units and can thus refuel both types in the same flight, such as the KC-10, MPRS KC-135, or Airbus A330 MRTT.

Strategic Edit

The development of the KC-97 and Boeing KC-135 Stratotankers was pushed by the Cold War requirement of the United States to be able to keep fleets of nuclear-armed B-47 Stratojet and B-52 Stratofortress strategic bombers airborne around-the-clock either to threaten retaliation against a Soviet strike for mutual assured destruction, or to bomb the U.S.S.R. first had it been ordered to do so by the President of the United States. The bombers would fly orbits around their assigned positions from which they were to enter Soviet airspace if they received the order, and the tankers would refill the bombers' fuel tanks so that they could keep a force in the air 24 hours a day, and still have enough fuel to reach their targets in the Soviet Union. This also ensured that a first strike against the bombers' airfields could not obliterate the U.S.'s ability to retaliate by bomber.

In 1958, Valiant tankers in the UK were developed with one HDU mounted in the bomb-bay. Valiant tankers of 214 Squadron were used to demonstrate radius of action by refueling a Valiant bomber non-stop from UK to Singapore in 1960 and a Vulcan bomber to Australia in 1961. Other UK exercises involving refueling aircraft from Valiant tankers included Javelin and Lightning fighters, also Vulcan and Victor bombers. For instance, in 1962 a squadron of Javelin air defense aircraft was refueled in stages from the UK to India and back (exercise "Shiksha"). After the retirement of the Valiant in 1965, the Handley Page Victor took over the UK refueling role and had three hoses (HDUs). These were a fuselage-mounted HDU and a refueling pod on each wing. The center hose could refuel any probe-equipped aircraft, the wing pods could refuel the more maneuverable fighter/ground attack types.

A byproduct of this development effort and the building of large numbers of tankers was that these tankers were also available to refuel cargo aircraft, fighter aircraft, and ground attack aircraft, in addition to bombers, for ferrying to distant theaters of operations. This was much used during the Vietnam War, when many aircraft could not have covered the transoceanic distances without aerial refueling, even with intermediate bases in Hawaii and Okinawa. In addition to allowing the transport of the aircraft themselves, the cargo aircraft could also carry matériel, supplies, and personnel to Vietnam without landing to refuel. KC-135s were also frequently used for refueling of air combat missions from air bases in Thailand.

The USAF SR-71 Blackbird strategic reconnaissance aircraft made frequent use of air-to-air refueling. Indeed, design considerations of the aircraft made its mission impossible without aerial refueling. Based at Beale AFB in central California, SR-71s had to be forward deployed to Europe and Japan prior to flying actual reconnaissance missions. These trans-Pacific and trans-Atlantic flights during deployment were impossible without aerial refueling. The SR-71's designers traded takeoff performance for better high-speed, high-altitude performance, necessitating takeoff with less-than-full fuel tanks from even the longest runways. Once airborne, the Blackbird would accelerate to supersonic speed using afterburners to facilitate structural heating and expansion. The magnitude of temperature changes experienced by the SR-71, from parked to its maximum speed, resulted in significant expansion of its structural parts in cruise flight. To allow for the expansion, the Blackbird's parts had to fit loosely when cold, so loosely, in fact, that the Blackbird constantly leaked fuel before heating expanded the airframe enough to seal its fuel tanks. Following the supersonic dash, and to stop the fuel leaks, the SR-71 would then rendezvous with a tanker to fill its now nearly empty tanks before proceeding on its mission. This was referred to as the LTTR (for "Launch To Tanker Rendezvous") profile. LTTR had the added advantage of providing an operational test of the Blackbird's refueling capability within minutes after takeoff, enabling a Return-To-Launch-Site abort capability if necessary. At its most efficient altitude and speed, the Blackbird was capable of flying for many hours without refueling. The SR-71 used a special fuel, JP-7, with a very high flash point to withstand the extreme skin temperatures generated during Mach 3+ cruise flight. [31] While JP-7 could be used by other aircraft, its burn characteristics posed problems in certain situations (such as high-altitude, emergency engine starts) that made it less than optimal for aircraft other than the SR-71.

Normally, all the fuel aboard a tanker aircraft may be either offloaded, or burned by the tanker as necessary. To make this possible, the KC-135 fuel system incorporated gravity draining and pumps to allow moving fuel from tank to tank depending on mission needs. Mixing JP-7 with JP-4 or Jet A, however, rendered it unsuitable for use by the SR-71, so the US Air Force commissioned a specially modified KC-135 variant, the KC-135Q, which included changes to the fuel system and operating procedures preventing inadvertent inflight mixing of fuel intended for offload with fuel intended for use by the tanker. SR-71 aircraft were refueled exclusively by KC-135Q tankers.

Tactical Edit

Tankers are considered "force multipliers", because they convey considerable tactical advantages. Primarily, aerial refueling adds to the combat radius of attack, fighter and bombers aircraft, and allows patrol aircraft to remain airborne longer, thereby reducing the numbers of aircraft necessary to accomplish a given mission. Aerial refueling can also mitigate basing issues which might otherwise place limitations on combat payload. Combat aircraft operating from airfields with shorter runways must limit their takeoff weight, which could mean a choice between range (fuel) and combat payload (munitions). Aerial refueling, however, eliminates many of these basing difficulties because a combat aircraft can take off with a full combat payload and refuel immediately.

Aside from these issues, the psychological advantage of full fuel tanks – and a tanker likely available nearby – gives a pilot a distinct edge in combat. In most combat situations, speed is a necessity for optimal completion of the mission at hand. As high speeds require fuel, pilots must always balance fuel and speed requirements. Pilots operating aircraft with aerial refueling capability mitigate low-fuel concerns.

Cold War Edit

Even as the first practical methods for aerial refueling were being developed, military planners had already envisioned what missions could be greatly enhanced by using such techniques. In the emerging Cold War climate of the late 1940s, the ability for bombers to perform increasingly long distance missions would enable targets to be struck even from air bases on a different continent. Thus, it became commonplace for nuclear-armed strategic bombers to be equipped with aerial refuelling apparatus and for it to be used to facilitate long distance patrols. [32]

During the late 1950s, aerial refuelling had become so prevalent amongst the bombers operated by the U.S. Air Force's Strategic Air Command that many, such as the Convair B-58 Hustler, would operate largely or entirely out of bases in the continental United States while maintaining strategic reach. [32] This practice was promoted to address security concerns as well as diplomatic objections from some overseas nations that did not want foreign nuclear weapon being kept on their soil. [32] In one early demonstration of the Boeing B-52 Stratofortress's global reach, performed between 16 and 18 January 1957, three B-52Bs made a non-stop flight around the world during Operation Power Flite, during which 24,325 miles (21,145 nmi, 39,165 km) was covered in 45 hours 19 minutes (536.8 smph) with multiple in-flight refuelings being performed from KC-97s. [33] [34]

While development of the Avro Vulcan strategic bomber was underway, British officials recognised that its operational flexibility could be improved by the provision of in-flight refuelling equipment. [35] Accordingly, from the 16th aircraft to be completed onwards, the Vulcan was furnished with in-flight refuelling receiving equipment. [36] [37] While continuous airborne patrols were flown by the RAF for a time, these were deemed to be untenable, and the refuelling mechanisms across the Vulcan fleet largely fell into disuse during the 1960s. [37] When the RAF chose to optimise its bomber fleet away from high-altitude flight and towards low-level penetration missions, bombers such as the Handley Page Victor were fitted with aerial refuelling probes and additional fuel tanks to counter the decreased range from the shift in flight profile. [38] [39]

During the mid 1950s, to deliver France's independent nuclear deterrent, work commenced on what would become the Dassault Mirage IV supersonic bomber. [40] [41] The dimensions of this bomber was greatly determined by the viability of aerial refuelling, with work on an enlarged variant of the Mirage IV ultimately being aborted in favour of a greater reliance upon aerial tanker aircraft instead. [42] In order to refuel the Mirage IVA fleet, France purchased 14 (12 plus 2 spares) U.S. Boeing C-135F tankers. [40] Mirage IVAs also often operated in pairs, with one aircraft carrying a weapon and the other carrying fuel tanks and a buddy refueling pack, allowing it to refuel its partner en route to the target. [43] While able to strike at numerous targets inside of the Soviet Union, the inability for the Mirage IV to return from some missions had been a point of controversy during the aircraft's design phase. [44] [45]

Korean War Edit

On 6 July 1951, the first combat air refueling of fighter-type aircraft took place over Korea. Three RF-80As launched from Taegu with the modified tip-tanks and rendezvoused with a tanker offshore of Wonsan, North Korea. Through in-flight refueling, the RF-80s effectively doubled their range, which enabled them to photograph valuable targets in North Korea. [46]

Vietnam War Edit

During the Vietnam War, it was common for USAF fighter-bombers flying from Thailand to North Vietnam to refuel from KC-135s en route to their target. Besides extending their range, this enabled the F-105s and F-4 Phantoms to carry more bombs and rockets. Tankers were also available for refueling on the way back if necessary. In addition to ferrying aircraft across the Pacific Ocean, aerial refueling made it possible for battle-damaged fighters, with heavily leaking fuel tanks, to hook up to the tankers and let the tanker feed its engine(s) until the point where they could glide to the base and land. This saved numerous aircraft. [ citation needed ]

The US Navy frequently used carrier-based aerial tankers like the KA-3 Skywarrior to refuel Navy and Marine aircraft such as the F-4, A-4 Skyhawk, A-6 Intruder, and A-7 Corsair II. This was particularly useful when a pilot returning from an airstrike was having difficulty landing and was running low on jet fuel. This gave him fuel for more attempts at landing for a successful "trap" on an aircraft carrier. The KA-3 could also refuel fighters on extended Combat Air Patrol. USMC jets based in South Vietnam and Thailand also used USMC KC-130 Hercules transports for air-to-air refueling on missions.

During late August 1970, a pair of HH-53C helicopters performed the first Trans-Pacific flight by a helicopter, flying from Eglin AFB in Florida to Danang in South Vietnam. In addition to making multiple enroute stops to refuel on the ground, aerial refuelling was also used in this display of the type's long range capabilities. The flight proved to be roughly four times faster than the traditional dispatching of rotorcraft to the theatre by ship. [47]

Middle East Edit

During the 1980s Iran–Iraq War, the Iranian Air Force maintained at least one KC 707-3J9C aerial tanker, which the Islamic Republic had inherited from the Shah's government. This was used most effectively on 4 April 1981, refueling eight IRIAF F-4 Phantoms on long-range sorties into Iraq to bomb the H-3 Al Walid airfield near the Jordanian border, destroying 27–50 Iraqi fighter jets and bombers. [48] [49] However, the Iranian Air Force was forced to cancel its 180-day air offensive and attempts to control Iranian airspace due to unsustainable rates of attrition. [50] [51]

The Israeli Air Force has a fleet of Boeing 707s equipped with a boom refueling system similar to the KC-135, used to refuel and extend the range of fighter bombers such as the F-15I and F-16I for deterrent and strike missions. [52] [53] In 1985, Israeli F-15s used heavily modified Boeing 707 aircraft to provide aerial refueling over the Mediterranean Sea in order to extend their range for Operation Wooden Leg, an air raid on the headquarters of the Palestine Liberation Organization (PLO) near Tunis, Tunisia, that necessitated a 2,000 km flight. [54]

Falklands War Edit

During the Falklands War, aerial refueling played a vital role in all of the successful Argentine attacks against the Royal Navy. The Argentine Air Force had only two KC-130H Hercules available and they were used to refuel both Air Force and Navy A-4 Skyhawks and Navy Super Etendards in their Exocet strikes. The Hercules on several occasions approached the islands (where the Sea Harriers were in patrol) to search and guide the A-4s in their returning flights. On one of those flights (callsign Jaguar) one of the KC-130s went to rescue a damaged A-4 and delivered 39,000 lb (18,000 kg) of fuel while carrying it to its airfield at San Julian. However, the Mirage IIIs and Daggers lack of air refueling capability prevented them from achieving better results. The Mirages were unable to reach the islands with a strike payload, and the Daggers could do so only for a five-minute strike flight.

On the British side, air refueling was carried out by the Handley Page Victor K.2 and, after the Argentine surrender, by modified C-130 Hercules tankers. These aircraft aided deployments from the UK to the Ascension Island staging post in the Atlantic and further deployments south of bomber, transport and maritime patrol aircraft. [55] The most famous refueling missions were the 8,000 nmi (15,000 km) "Operation Black Buck" sorties which used 14 Victor tankers to allow an Avro Vulcan bomber (with a flying reserve bomber) to attack the Argentine-captured airfield at Port Stanley on the Falkland Islands. With all the aircraft flying from Ascension, the tankers themselves needed refueling. [56] [57] [58] The raids were the longest-range bombing raids in history until surpassed by the Boeing B-52s flying from the States to bomb Iraq in the 1991 Gulf War and later B-2 flights. [59]

Gulf War Edit

During the time of Operation Desert Shield, the military buildup to the Persian Gulf War, US Air Force Boeing KC-135s & McDonnell Douglas KC-10As, and USMC KC-130 Hercules aircraft were deployed to forward air bases in England, Diego Garcia, and Saudi Arabia. Aircraft stationed in Saudi Arabia normally maintained an orbit in the Saudi–Iraqi neutral zone, informally known as "Frisbee", and refueled coalition aircraft whenever necessary. Two side by side tracks over central Saudi Arabia called "Prune" and "Raisin" featured 2–4 basket equipped KC-135 tankers each and were used by Navy aircraft from the Red Sea Battle Force. Large Navy strike groups from the Red Sea would send A-6 tankers to the Prune and Raisin tracks ahead of the strike aircraft arriving to top off and take up station to the right of the Air Force tankers thereby providing an additional tanking point. RAF Handley Page Victor and Vickers VC10 tankers were also used to refuel British and coalition aircraft and were popular with the US Navy for their docile basket behavior and having three point refueling stations. An additional track was maintained close to the northwest border for the E-3 AWACS aircraft and any Navy aircraft needing emergency fuel. These 24-hour air-refueling zones enabled the intense air campaign during Desert Storm. An additional 24/7 tanker presence was maintained over the Red Sea itself to refuel Navy F-14 Tomcats maintaining Combat Air Patrol tracks. During the conflict's final week, KC-10s moved inside Iraq to support barrier CAP missions set up to block Iraqi fighters from escaping to Iran.

On 16-17 January 1991, the first combat sortie of Operation Desert Storm, and the longest combat sortie in history at that time, was launched from Barksdale AFB, Louisiana. Seven B-52Gs flew a thirty-five-hour mission to the region and back to launch 35 Boeing Air Launched Cruise Missiles (ALCMs) with the surprise use of conventional warheads. This attack, which successfully destroyed 85–95 percent of intended targets, would have been impossible without the support of refueling tankers. [60] [61]

An extremely useful tanker in Desert Storm was the USAF's KC-10A Extender. Besides being larger than the other tankers deployed, the KC-10A is equipped with the USAF "boom" refueling and also the "hose-and-drogue" system, enabling it to refuel not only USAF aircraft, and also USMC and US Navy jets that use the "probe-and-drogue" system, and also allied aircraft, such as those from the UK and Saudi Arabia. KC-135s may be equipped with a drogue depending on the mission profile. With a full jet fuel load, the KC-10A is capable of flying from a base on the American east coast, flying nonstop to Europe, transferring a considerable amount of fuel to other aircraft, and returning to its home base without landing anywhere else. [ citation needed ]

On 24 January 1991, the Iraqi Air Force launched the Attack on Ras Tanura, an attempt to bomb the Ras Tanura oil facility in Saudi Arabia. On their way to the target, the Iraqi attack aircraft were refueled by tanker at an altitude of 100 meters. The attack ultimately failed, with two aircraft turning back and the remaining two shot down. [62] [63]

Helicopter in-flight refueling (HIFR) is a variation of aerial refueling when a naval helicopter approaches a warship (not necessarily suited for landing operations) and receives fuel through the cabin while hovering. Alternatively, some helicopters equipped with a probe extending out the front can be refueled from a drogue-equipped tanker aircraft in a similar manner to fixed-wing aircraft by matching a high forward speed for a helicopter to a slow speed for the fixed-wing tanker.

A mission modified Cessna 172 Skyhawk with a crew of two set the world record for the longest continuous manned flight without landing of 64 days, 22 hours, 19 minutes, and five seconds in 1958 by refueling and transferring food and supplies from a convertible top Ford Thunderbird automobile. The publicity flight for a Las Vegas area hotel ended when the aircraft's performance had degraded to the point where the Cessna had difficulty climbing away from the refueling car. [64] [65]


This Date In Central Minnesota History – March 2nd, 1949

MELROSE -- March 2 nd , 1949 – Melrose native James Gallagher became the 1 st pilot to fly nonstop around the earth.

James Gallagher was born in Melrose, Minnesota in 1921.  He was the second youngest in a family of six children born to Cornelius “Neil” and Rose Gallagher.  After graduating from high school in 1939, he left Melrose to go to business school and then worked in Washington, DC.  He enlisted in the Army Air Corps in 1942.  For the majority of WWII, he was stationed in India where he flew 35 missions.  Towards the end of the war, he served as a B-29 copilot in missions in Japan, Singapore, and Manchuria.

After the war, Capt Gallagher was stationed first at Merced, California, and then transferred to the Davis-Monthan Air Force Base in Tucson, Arizona.  It was here that Gallagher was selected to command the non-stop flight around the world in February of 1949.

Together with a crew of 13, Capt James Gallagher began this historic flight on February 26, 1949 at 11:21 am, from Carswell Air Force base in Fort Worth, TX.  The plane that was chosen for this trek was a medium B-50 bomber named Lucky Lady II, and was powered with four Pratt and Whitney 37,500 horsepower engines.  The plane was named after the B-29 bomber Lucky Lady, in which the flight’s second pilot, Lt. Arthur Neal, had flown around the world in a 15 day trip.  The B-50 was the newest in aircraft bombers.  It had a top speed of about 400 mph, a cruising speed around 300, and could climb to 40,000 ft.

The flight required four in-flight fuelings before completing the 23,452-mile journey.  The plane landed safely on March 2, 1949 at 9:21 am, 94 hours and one minute after taking off.

To celebrate this historic flight, the city of Melrose formed a Gallagher Day Committee to plan the festivities.  About 5,000 excited citizens came out to welcome their new hometown hero on May 20, 1949.

Thanks to Sarah Warmka and the Stearns History Museum for their help with our series, "This Date In Central Minnesota History".


Melrose aviator was first to fly nonstop around globe

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Jean Paschke, secretary of the Melrose Area Historical Society, holds memorabilia from Melrose native James Gallagher's nonstop flight around the world Thursday, April 7, at the Melrose Area Museum. Gallagher memorabilia figures prominently into an aviation display at the museum. (Photo: Kimm Anderson, [email protected]) Buy Photo

MELROSE — "Three times the bomber came low over the city while the fighters buzzed the town four times."

The Melrose Beacon printed these words in May 1949. But the paper wasn't referring to a military strike or air show.

It was commemorating the events of "Gallagher Day" on May 20, 1949, when more than 5,000 people — more than double the town's population — flooded the streets to honor Melrose native James Gallagher.

"All citizens were out for the aerial demonstration and were thrilled beyond words," the story continued.

Gallagher became a household name when he piloted the first nonstop circumnavigation of the world. He and 13 others left Fort Worth, Texas, on Feb. 26, 1949, flying a Boeing B-50 Superfortress named "Lucky Lady II." After 94 hours and more than 23,000 miles, the crew returned to Texas.

During the flight, the plane was refueled four times in the air — over Portugal's Azores islands Dhahran, Saudi Arabia the Philippines and Hawaii — by B-29 tanker planes.

James Gallagher was the first pilot to fly non-stop around the world

An Associated Press story printed in the St. Cloud Times on March 2 revealed the reason behind the top-secret flight: to warn Cold War enemies of the country's military capabilities.

"Gen. Curtis E. Lemay, chief of the strategic air command, was asked at the news conference if this 'means you can use refueling to deliver an A bomb anywhere in Russia,' the story said. "The general replied: 'Let's say any place that would require an atom bomb.' "

While Central Minnesotans may associate one-time Little Falls resident Charles Lindbergh — who flew the first solo nonstop flight across the Atlantic Ocean in 1927 — with the region's storied aviation history, Gallagher is often overlooked.

Aviation history a big deal for Central Minnesota

"I always say he was one of our forgotten heroes," said Jean Paschke, secretary of Melrose Area Historical Society.

Melrose Area Museum has displays of memorabilia from Gallagher Day, as well as Lindberg's life. (Lindbergh's grandparents emigrated from Sweden and were among the first white settlers in Melrose, circa 1860.)

Before the historic flight

Gallagher was born in 1921 to Cornelius (Neil), a Great Northern Railroad engineer, and Rose, a full-time homemaker, according to Melrose Area Historical Society. He attended elementary and junior high school in Melrose, and graduated from Melrose Senior High in 1939.

He enlisted in the Army Air Corps in 1942. During World War II, he was stationed in India and flew 35 missions in Japan, Singapore and Manchuria.

James Gallagher stands with his family on "Gallagher Day" in Melrose, May 20, 1949. Pictured are, from left, Gallagher's parents Neil and Rose, his daughter Catherine and wife Mary. (Photo: Courtesy of Melrose Area Historical Society)

Gallagher's nephew, Thomas Gallagher, recalls his uncle's stories of combat. Thomas, 58, lives in Deer Park, Illinois, and is the son of Gallagher's brother Charles. Thomas last saw Gallagher in the early 1980s.

"He was making these bombing routes over the hump," Thomas said, referring to the eastern end of the Himalayan Mountains over which pilots flew during WWII. "I think he is more proud of that because he was making a difference in the war."

Gallagher and his crew were shot down during one of the flights, Thomas said. Once on the ground, the crew saw unfamiliar soldiers coming towards them.

"They thought, 'This is it,' " Thomas said. But the men turned out to be Chinese Nationalists — not Japanese soldiers like the crew first thought — who helped the American soldiers.

"They somehow got them back with the U.S. Army Corps," Thomas said. "I think how the story goes, he was bombing a week later. That's how short on pilots they were."

Gallagher returned stateside in 1945. A few years later, he would become the first pilot to fly nonstop around the world.

The top-secret flight

"It was a secret as well kept as the atom bomb," Gallagher said after the flight in a story in Collier's magazine from April 16, 1949 ("My Hop Around the World," told by Bill Davidson).

Gallagher said he first learned of the mission the fall of 1948 while with his outfit, the 43rd Medium Bomber Group in Tuscon, Arizona. At first he was hesitant, Gallagher said, because he wanted to attend air tactical school and then go to college, which he missed out on because of the war.

But a few weeks later, he was practicing piloting a B-50 bomber above the Arizona desert, he said. On New Year's Day 1949, the crews started training for one of the mission's must crucial parts: refueling mid-flight.

"It was one of the most nerve-wracking experiences I ever have gone through — not excluding flak in combat," Gallagher said. "The tanker plane would come up close, loaded with high-octane gasoline that could go up like so much TNT if a spark ignited it. Then we would hitch cables mid-air, and the Lucky Lady's gunners would reel in the tanker's hose."

An airplane refuels the "Lucky Lady II" during the first non-stop around the world flight in February 1949. Melrose native James Gallagher piloted the flight. (Photo: U.S. Air Force)

The crew learned their mission in February.

"It was a map of the world, with a heavy black line drawn all around it," he said.

Another pilot was scheduled to fly the route, with Gallagher and his crew as backup. The first plane left Texas on Friday, April 25, but didn't make it past the Azores. So Gallagher's crew got their chance.

They took off from Carswell Air Force Base in Fort Worth, Texas. The plane carried the heaviest load Gallagher had ever handled. He joked in his Collier's story that taking off brought him "a bit of heart failure."

"I kept thinking of the grim possibilities. A tire could blow, an engine could cut out, the bomb bay doors might fall open — any of which could send us up in flames and convert us all into burnt toast," said Gallagher, who was 28 at the time.

When the plane finally made it to a safe height, he and his copilot were "soaked with perspiration," Gallagher said. The crew took turns resting, and made meals of spaghetti and other prepared foods in self-heating cans.

The flight was kept secret until it landed. Then, swarms of reporters and photographers captured the crew as they left the airplane.

A news clipping from Melrose Area Historical Society shows a cartoon from the St. Cloud Times on Marcy 4, 1949. (Photo: Courtesy of Melrose Area Historical Society)

Richard Unger, another of Gallagher's nephews, remembers his uncle talking about his flight around the world.

"He said, 'Finally when we were coming into California and it looked like we were going to make it, everyone shaved and they put on their dress uniforms. So we walked out of the plane like it was a piece of cake,' " said Unger, 68, of Montevideo. Richard is the son of Gallagher's sister Loyola.

After the flight made the news, Gallagher's parents talked with the St. Cloud Times.

"We hadn't heard from him since before Christmas we were getting pretty worried," Cornelius Gallagher told the Times. "That was certainly some news. It was a great relief to us."

Gallagher Day

"The Melrose, Minn., man who girdled the globe will stop briefly in Minneapolis today on his way home." The May 19, 1949 edition of the Minneapolis Morning Tribune chronicled Gallagher's return home in a story titled, "Globe flier Gallagher in city today."

Gallagher flew into Wold-Chamberlain Field, where Minneapolis-St. Paul International Airport operates today, because there wasn't adequate space to land in Melrose. But Gallagher, who was escorted by 11 F-82 aircrafts, buzzed over Melrose a few times before continuing on to the Twin Cities.

Melrose native James Gallagher speaks to a crowd in his hometown during a celebration of his flight around the world in 1949. (Photo: Courtesy of Melrose Area Historical Society)

A 20-car motorcade led Gallagher to Melrose for Gallagher Day on May 20, which coincidentally was the anniversary of Lindbergh's flight across the Atlantic. (According to news clippings, Lindbergh was invited to the parade, but was unable to attend.)

The caravan stopped in St. Cloud, where the Cathedral High School Drum and Bugle Corps led the motorcade through town, according to Stearns County Historical Society. Thousands of spectators filled the streets as the caravan moved down St. Germain Street in downtown St. Cloud.

More than 5,000 people attended the 40-unit parade in Melrose that included the Melrose High School Band, local Army units, the St. Cloud VFW drum corps, Girl Scouts and floats from local businesses. After the parade, Gallagher greeted folks at Legion Park and attended a talent show emceed by Cedric Adams, a Minneapolis Star and Sunday Tribune columnist.

Tall tale? Sauk Rapids giant skeleton remains a mystery

Unger was 2 years old on Gallagher Day.

"I remember my mother, she had to get a babysitter for me because they had to go to this parade," Unger said. "I didn't know him all that well."

More proud of service

Gallagher retired from the military in 1972. Although his career revolved around flying, Gallagher didn't bring it up much at family gatherings, Thomas Gallagher said.

"Like all those soldiers who saw action, he didn't want to talk (about it)," Thomas said. "To be honest, it was kind of a political stunt. The sad thing is some of the pilots died and crashed trying to accomplish this."

Unger, who last saw Gallagher in 1981, felt the same way about his uncle's thoughts on his accomplishments.

"If you're a real fighter, it was kind of rinky-dink," Unger said of the flight around the world. "That's what he was most famous for, but he was least proud of it. That was for propaganda. He was a fighter."

Neither Thomas Gallagher nor Unger have kept in touch with Gallagher's children. When Gallagher died in 1985, his firstborn daughter Catherine was deceased, but two daughters and two sons were still alive.

Gallagher's obituary says he died of cancer at Walter Reed Hospital in February 1985. He was buried at Arlington National Cemetery in Washington, D.C.

The fuselage of the Lucky Lady II is now on display at an airplane museum in Chino, California.

The fuselage of the Lucky Lady II, flown around the world by Melrose native James Gallagher, is now at Planes of Fame Air Museum in Chino, California. (Photo: Courtesy of Sharon Hulbert)

Although Gallagher played down his around-the-world feat, his family members are still proud of Gallagher and his place in aviation history.

"I've got a bit of a shrine in the basement," Thomas said. "It's kind of a proud family thing."


Pilot who flew B-52 around the world turns 100

James Morris, left, and Anthony Dzierski flew on a B-52 around the world on 45 hours and 19 minutes on Jan. 16-18, 1957. It was the first non-stop jet flight around the world, and refueling was done in the air. They recalled the flight in August 2014. (Photo: Nellie Doneva)

Abilenian James Morris, who in 1957 commanded the lead B-52 in an around the world flight, turned 100 on Monday.

A party was held for him on Saturday, but Monday is his actual birthday.

His story was chronicled in the Reporter-News in August 2014 by Staff Writer Brian Bethel. Following is that story:

Abilene man remembers round-the-world Operation Power Flite

On Jan. 16, 1957, five B-52B Stratofortress bombers thundered into the sky as part of “Operation Power Flite” in pursuit of both a dream and a warning.

The dream the then-ultramodern jets chased was a round-the-world flight, a goal ultimately accomplished by three of the aircraft in a flight that lasted 45 hours and 19 minutes.

The statement? A not-quite-veiled “nowhere to hide” threat to those who might oppose the Superpower — a cold truth, delivered in the midst of the Cold War.

Power Flite, in the words of a Jan. 28, 1957, Life magazine article praising the accomplishment, “shrank the world.”

But for then-Lt. Col. James Morris, now 97, it was the equivalent of another day at the office.

“It was just, to me, just another flight,” he said at his Abilene home on Wednesday, during a visit with longtime friend Anthony Dzierski, 89, of Springfield, Va., who served as a navigator on the historic flight.

“I thought it was work well done, but it was what I was being paid to do,” he said.

The only comparable flight had been in 1949, when the Lucky Lady II, a four-engine, propeller-driven Boeing B-50, made the first nonstop, round-the-world flight.

Taking off from and landing in Fort Worth, the trip lasted 94 hours and one minute.

Morris was the Lucky Lady II’s co-pilot during its round-the-world journey. He also commanded a B-52 in “Operation QUICK KICK,” a 1956 endurance flight during which eight B-52s circled the entire North American continent nonstop.

So it is perhaps not surprising that he found himself on the cusp of history once more as aircraft commander of Operation Power Flite’s lead B-52, appropriately named the “Lucky Lady III.”

Traveling from Castle Air Force base in California to the east, the planes flew to Labrador then onto French Ceylon, crossing the Malay Peninsula and finally passing over the Philippines and Guam before landing Jan. 18 at what was then March Air Force Base in Riverside County, Calif.

There were several reasons to undertake the impressive, but in some respects difficult, flight, Morris said.

“It had never been done by any nation — they’d never gone around the world nonstop around the equator,” he said flatly. “So naturally, a person would want to do that.”

Testing communications was another important aspect, and with the use of Ultrahigh Frequency systems, “we were always in touch with SAC (Strategic Air Command) headquarters — or anything else,” Morris said. “So that was successful.”

But the most important aspect, he said, was the message the flight was intended to send to other countries.

“The world was kind of on tiptoes as far as the nuclear weapons were concerned and war,” Morris said. “It was about the same time a foreign power wanted to put nuclear weapons in Cuba.”

Power Flite is described in Air Force literature as “by far the most colorful and perhaps the most important of all peacetime operations ever undertaken by the United States Air Force.”

But, the same article notes, “especially to the Soviet Union, the round-the-world flight was a clear demonstration of the Strategic Air Command to reach targets anywhere in the world.”

Putting it succinctly, Morris said: “There’s no such thing as getting far enough away that you can’t be hit.”

The planes used in Power Flite, carefully selected as the best available, were modified with bunks, cooking facilities, life rafts and other necessities, according to “Saving the B-52: Operation Power Flite” on the Air Force Global Strike Command’s website.

Both Morris and Dzierski remember things going fairly smoothly, though not all the planes made it through until the end.

One aircraft, “La Vittoria,” was plagued by problems, forcing it to divert, along with the KC-97 tanker force, to Goose Bay. A second “spare” plane left the group over North Africa and landed in England.

The three remaining bombers headed across Africa, Saudi Arabia and up into the Person Gulf. Aircrews simulated a bomb run in Malaya over a runway crossing before crossing the Pacific on their way back to California.

It took refueling from nearly 100 KC-97s throughout their journey to keep the planes in the air, according to “Saving the B-52.”

While the length of the flight was fatiguing, both Morris and Dzierski recall things going fairly smoothly.

“I never felt that I was endangered in any way,” Morris said. “I knew exactly what was going on. There were some things I couldn’t do much about, but I made it as safe as I could.”

Morris remembers that the planes had climbed to 45,000 feet while flying over the Indian Ocean, but were still plagued by clouds.

“It was getting awful rough, and we couldn’t see,” he said. “So we did a maneuver that we were all familiar with and put a little more distance between the three of us.”

The planes went up to about 50,000 feet, he said, “about as high as we could go.”

“We got through it,” Morris said, recalling the turbulent moments. “Those things could have been quite dangerous, but it wasn’t to me. I was an instructor and had gone through it all, I guess. When something came along that was unusual, I’d read what to do and how to do it.”

Dzierski said the long flight didn’t bother him.

“I did a lot of work while I was navigating, while the rest of them were sleeping,” he said with a laugh.

Dzierski recalls the biggest thrill for him was near the end of the flight.

After so many hours, and even with all the “non-advanced systems” that had to be used, “I had the target right on ahead on the west coast, just north of us.”

“It proved the efficiency and effectiveness of that airplane,” he said of the long, long flight.

Powered by eight turbojet engines on each aircraft, the equivalent horsepower of six diesel locomotives, the flight cut in half all previous records.

Upon landing, the 27 remaining crew members were greeted by enthusiastic crowds and Gen. Curtis E. LeMay, SAC commander-in-chief.

They were each awarded the Distinguished Flying Cross, given to those who distinguish themselves by “heroism or extraordinary achievement.”

“We didn’t expect anything like that,” Dzierski said. “There was absolutely no indication.”

The crew of the Lucky Lady III rode a float in President Dwight D. Eisenhower’s inaugural parade two days after the mission and made the television circuit, appearing on a number of nationwide programs.

“When we were still hot, people bought us drinks any time we wanted them, but they never offered to buy us any food,” Morris laughed. “If we didn’t go do it on our own, we had to drink our food.” Power Flite went on to be named the outstanding flight of 1957 by the National Aeronautic Association. The 93rd Bombardment Wing was the recipient of SAC’s sixth Mackay Trophy, given to the “most meritorious flight of the year.”

“I’m the only person to ever have two Mackay Trophies,” Morris noted.

Capt. James G. Gallagher and the flight crew of the Lucky Lady II — including Morris — won the honor for their first around the world flight in 1949, two years after a pilot named Capt. Charles E. “Chuck” Yeager won the Mackay for the first supersonic flight in the XS-1.

“I worked hard to get what I could,” Morris said. “It didn’t make any difference to me whether it was hard or easy. The thing had to be done, and it had to be done the best way you could.”

Though he went on to a successful career in the Air Force, Morris remains humble about his participation in some of the most important milestones in aerospace history.

“It’s all water under the bridge,” he said. “But I’m glad it worked out fine.”

The route around the world taken by Operation Power Flite. (Photo: Nellie Doneva)

James Morris has several pictures of himself with famous people he met because of his record flight, including the Queen of England, right. (Photo: Nellie Doneva)


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