The Full Wiki

C-5 Galaxy: Wikis


Note: Many of our articles have direct quotes from sources you can cite, within the Wikipedia article! This article doesn't yet, but we're working on it! See more info or our list of citable articles.


From Wikipedia, the free encyclopedia

C-5 Galaxy
Role Strategic airlifter
National origin United States
Manufacturer Lockheed
First flight 30 June 1968
Introduction June 1970
Status Operational
Active: 33
Reserve: 45
ANG: 30[1]
Primary user United States Air Force
Produced C-5A: 1968-1973
C-5B: 1985-1989
C-5M upgrades: 2006-present
Number built 131 (C-5A: 81, C-5B: 50)
Unit cost C-5B: US$167.7 million

The Lockheed C-5 Galaxy is a large, military transport aircraft built by Lockheed. It was designed to provide strategic heavy airlift over intercontinental distances and to carry outsize and oversize cargo. The C-5 Galaxy has been operated by the United States Air Force (USAF) since 1969 and is one of the largest military aircraft in the world.




In 1961, several aircraft companies began studying heavy jet transport designs that would replace the C-133 transport and complement C-141 Starlifters. In addition to higher overall performance, the United States Army wanted a transport with a larger cargo bay than the C-141, whose interior was too small to carry a variety of their outsized equipment. These studies led to the "CX-4" design concept, but in 1962 the proposed six-engine design was rejected, because it was not viewed as a significant advance over the C-141.[2]

By late 1963, the next conceptual design was named CX-X. It was equipped with four engines, instead of six engines in the earlier CX-4 concept. The CX-X had a gross weight of 550,000 pounds (249,000 kg), a maximum payload of 180,000 lb (81,600 kg) and a speed of Mach 0.75 (500 mph/805 km/h). The cargo compartment was 17.2 ft (5.24 m) wide by 13.5 feet (4.11 m) high and 100 ft (30.5 m) long with front and rear access doors.[2] In order to provide the required power and range with only four engines, a new engine with dramatically improved fuel efficiency would be needed.

Heavy Logistics System

The criteria were finalized and an official Request for Proposal was sent out in April 1964 for the "Heavy Logistics System" (CX-HLS) (previously CX-X). In May 1964, proposals for aircraft were received from Boeing, Douglas, General Dynamics, Lockheed, and Martin Marietta. Proposals for engines were received from General Electric, Curtiss-Wright, and Pratt & Whitney. After a downselect, Boeing, Douglas and Lockheed were given one-year study contracts for the airframe, along with General Electric and Pratt and Whitney for the engines.[3]

All three of the designs shared a number of features. In particular, all three placed the cockpit well above the cargo area so that in a crash the cargo would not crush the crew as it moved forward. The Boeing and Douglas designs used a pod on the top of the fuselage containing the cockpit, while the Lockheed design extended the cockpit line the length of the fuselage, giving it an egg-shaped cross section. All of the designs featured swept wings and front and rear cargo doors allowing simultaneous loading and unloading. Lockheed's design featured a T-tail, while the designs by Boeing and Douglas had conventional tails.[4]

Lockheed planned to produce the aircraft in Marietta, Georgia, the home state of Senator Richard Russell, the chairman of the Senate Armed Services Committee. Although the Lockheed design never rose above third place in the Air Force's competition,[5] its proposal was the lowest cost bid.[6] Lockheed was selected the winner in September 1965, then awarded a contract in December 1965.[5][7] General Electric's engine design was selected for the new transport.[2]

Into production

The first C-5A Galaxy (number 66-8303) was rolled out of the manufacturing plant in Marietta, Georgia on 2 March 1968. On 20 June 1968, Lockheed-Georgia Co. began flight testing its new Galaxy C-5A heavy transport with the aircraft's first flight taking to the air under the call-sign "eight-three-oh-three heavy" (8303H). Cost overruns and technical problems of the C-5A were the subject of a congressional investigation in 1968 and 1969.[8][9] The Lockheed C-5 program bears the distinction of being the first program to produce a one billion dollar over run.[5][10]

The fourth C-5A Galaxy 66-8306 in 1980s European One color scheme

Upon completion of testing the first C-5A was transferred to the Transitional Training Unit at Altus Air Force Base, OK, in December 1969. Lockheed then delivered the first operational Galaxy to the 437th Airlift Wing, Charleston Air Force Base, SC, in June 1970. Due to the higher than expected development costs, there were calls within the military as early as in June 1970 for the government to split the losses that Lockheed were experiencing.[11] Production was nearly brought to a halt in 1971 due to Lockheed going through financial difficulties, brought on in part due to the C-5 Galaxy but also by the civilian jet liner, the Lockheed L-1011.[12] Lockheed was given loans by the U.S. government in order to continue running.[13]

In the early 1970s, the C-5 was considered for the role of Shuttle Carrier Aircraft to transport the Space Shuttle to Kennedy Space Center by NASA, but rejected in favor of the Boeing 747 due in part to the 747's low-wing design.[14] In contrast, the Soviet Union chose to transport its shuttles using the high-winged An-225,[15] which is derived from the An-124, which is very similar to the C-5 in terms of design and function.

During static and fatigue testing, cracks in the wings of several aircraft occurred before completion of testing.[10] All of the C-5A fleet were restricted to 80% of maximum design loads. To reduce wing loading, load alleviation systems were added to the aircraft.[16] By 1980, payloads were restricted to as low as 50,000 lb (23,000 kg) for general cargo during peacetime operations. To restore full payload capability and service life, a $1.5 billion program to re-wing the 76 C-5As began in 1976.[17][18] After design and testing of the new wing design, the C-5As received their new wings from 1980 to 1987.[19]

C-5 Galaxy.ogv
C-5 Galaxy USAF video

In 1974 Iran, then having held good relations with the United States, offered $160 million to restart the production of the C-5 to enable them to make their own procurements of the Galaxy;[20][21] in a similar climate as to their acquisition of F-14 Tomcat fighters.[22] However no C-5 aircraft were ever ordered by Iran, the prospect was firmly halted by the Iranian Revolution.[23][24]

As part of President Ronald Reagan's military planning, a new version of the C-5, the C-5B, was approved by Congress for purchase in July 1982.[25][26] The first C-5B was delivered to Altus Air Force Base in January 1986. In April 1989, the last of 50 C-5B aircraft was added to the 77 C-5As in the Air Force's airlift force structure. The C-5B includes all C-5A improvements and numerous additional system modifications to improve reliability and maintainability.[27]

In 1998, the Avionics Modernization Program (AMP) began upgrading the C-5's avionics to include a glass cockpit, navigation equipment, and a new autopilot system.[28] Another part of the C-5 modernization effort is the Reliability Enhancement and Re-engining Program (RERP). The program will mainly replace the engines with newer, more powerful ones. Three C-5s are to undergo RERP as a test with full production planned to begin in May 2008.[29]


The forward section of the C-5 Galaxy lifts open to allow loading of bulky items, such as this load of three CH-46 helicopters.

The C-5 is a large high-wing cargo aircraft. It has a distinctive high T-tail, 25 degree wing sweep, and four TF39 turbofan engines mounted on pylons beneath the wings. The C-5 is similar in layout to its smaller predecessor, the C-141 Starlifter. The C-5 has 12 internal wing tanks and is equipped for aerial refueling. It has both nose and aft doors for "drive-through" loading and unloading of cargo.[30]

The C-5 features a cargo compartment 121 ft (37 m) long, 13.5 ft (4.1 m) high, and 19 ft (5.8 m) wide, or just over 31,000 cu ft (880 m3). The compartment can accommodate up to 36 463L master pallets or a mix of palletized cargo and vehicles. The cargo hold of the C-5 is actually a foot longer than the length of the first powered flight by the Wright Brothers' flyer at Kitty Hawk.[31] The nose and aft doors open the full width and height of the cargo compartment to permit faster and easier loading. Ramps are full width at each end for loading double rows of vehicles.[30]

Excavators in the rear of a C-5. Loadmasters must ensure cargo is secured and weight distribution is balanced before takeoff.

It has an upper deck seating area for 73 passengers. The passengers face the rear of the aircraft, rather than forward. Its takeoff and landing distances, at maximum gross weight, are 8,300 ft (2,500 m) and 4,900 ft (1,500 m) respectively. Its high flotation main landing gear has 28 wheels to share the weight. The rear main landing gear is steerable for a smaller turning radius and it rotates 90 degrees horizontally before it is retracted after takeoff. The "kneeling" landing gear system permits lowering of the parked aircraft so the cargo floor is at truck-bed height to facilitate vehicle loading and unloading.[32]

The C-5 has a Malfunction Detection Analysis and Recording (MADAR) system, which records and analyzes information and detects malfunctions in more than 800 test points. The C-5 is also known as FRED (f**king ridiculous economic/environmental disaster) by its crews due to its maintenance/reliability issues and large consumption of fuel. The C-5 requires an average of 16 hours of maintenance for each flight hour based on 1996 data.[33]

The Galaxy is capable of carrying nearly every type of the Army's combat equipment, including bulky items such as the 74 short tons (67 t) armored vehicle launched bridge (AVLB), from the United States to any location on the globe.[30]

Operational history

Personnel unload cargo from a C-5 Galaxy on an ice runway near McMurdo Station, Antarctica in 1989.

The first C-5A was delivered to the USAF on 17 December 1969. Wings were built up in the early 1970s at Altus AFB, Oklahoma, Charleston AFB, Dover AFB, Delaware, and Travis AFB, California. 9 July 1970 marked the C-5's first mission in Southeast Asia during the Vietnam War.[34] Through the rest of the war, C-5s were used to transport equipment and troops; included Army tanks and various smaller aircraft.[35] C-5s have also been used to deliver support and reinforce various U.S. allies over the years, critically delivered weapons and supplies to Israel as part of Operation Nickel Grass in 1973,[36] in which the aircraft performed to such a high degree that the Pentagon considered further purchases.[37] The C-5 was also made available to support British-led peacekeeping efforts in Zimbabwe in 1979.[38]

The C-5 is the largest aircraft to ever operate in the Antarctic.[39] Williams Field near McMurdo Station is capable of handling C-5 aircraft and the first C-5 landed there in 1989.[40] The C-5 Galaxy was a core part of the extensive airlift operations supplying troops involved in the First Gulf War,[41][42] and in delivering relief aid to Rwanda in 1994.[43]

The wings on the C-5As were replaced during the 1980s to restore full design capability.[19] The U.S. Air Force took delivery of the first C-5B on 28 December 1985 and the final one in April 1989.[44] The reliability of the C-5 fleet has been a continued issue throughout its lifetime,[45][46] however the C-5M upgrade program seeks in part to address this issue.[29]

A C-5 from Warner Robins AFB

In response to Air Force motions towards the retirement of the C-5 Galaxy, Congress implemented legislation that placed set limits upon retirement plans for C-5A models in 2003.[47] By 2005 fourteen C-5As were retired.[48][49] One was sent to the Warner Robins Air Logistics Center (WR-ALC) for tear down and inspection in order to evaluate structural integrity and estimate remaining lifespan for the rest of the fleet. Thirteen C-5As were sent to the Air Force's Aerospace Maintenance and Regeneration Group (AMARG) for inspection of levels of corrosion and fatigue.[50]

In 2009 the Congressional ban on the retirement of C-5s was overturned,[51] the C-17 being indicated as the intended successor at a ratio of 10-1.[52] The Air Force has also requested information on the Airbus A380 freighter for possible use as a military transport to supplement the U.S. strategic airlift fleet.[53]

The U.S. Air Force began to receive refitted C-5M aircraft in December 2008;[54] full production of C-5Ms began in summer the following year.[55]



Instrument panel of a C-5A

The C-5A is the original version of the C-5. From 1969 to 1973, 81 C-5As were delivered to U.S. Air Forces bases. Due to cracks found in the wings in the mid-1970s, the cargo weight was restricted. To restore the plane's full capability, the wing structure was redesigned. A program to install new strengthened wings on 77 C-5As was conducted from 1981 to 1987. The redesigned wing made use of a new aluminum alloy that didn't exist during the original production.[56] Also during 1976, numerous cracks were found in the fuselage along the upper fuselage on centerline aft of the refueling port and extending back to the wing. These cracks were found by a Sr. Airman at Travis AFB in the Isochronal Inspection Docks. The cracks required a redesign to the hydraulic system for the visor, the front cargo entry point.[citation needed]


The C-5B is an improved version of the C-5A. It incorporated all modifications and improvements made to the C-5A with improved wings, upgraded TF-39-GE-1C turbofan engines and updated avionics. From 1986 to 1989, 50 of the new variant were delivered to the U.S. Air Force.[57]


The C-5C is a specially modified variant for transporting large cargo. Two C-5s (68-0213 and 68-0216) were modified to have a larger internal cargo capacity to accommodate large payloads, such as satellites for use by NASA. The major modifications were the removal of the rear passenger compartment floor, splitting the rear cargo door in the middle, and installing a new movable aft bulkhead further to the rear.[58] Modifications also included adding a second inlet for ground power which can then be used to feed any power-dependent equipment which may form part of the cargo. The two C-5Cs are operated by U.S. Air Force crews on the behalf of NASA, and are stationed at Travis AFB, California. 68-0216 completed the Avionics Modernization Program in January 2007.[59]


New instrument panel for C-5 as part of AMP program

Based on a recent study showing 80% of the C-5 airframe service life remaining,[49] AMC began an aggressive program to modernize all remaining C-5Bs and C-5Cs and many of the C-5As. The C-5 Avionics Modernization Program (AMP) began in 1998 and includes upgrading avionics to Global Air Traffic Management compliance, improving communications, new flat panel displays, improving navigation and safety equipment, and installing a new autopilot system. The first flight of the first modified C-5 with AMP (85-0004) occurred on 21 December 2002.[60]

Another part of the plan is a comprehensive Reliability Enhancement and Re-engining Program (RERP), which includes new General Electric CF6-80C2 engines, pylons and auxiliary power units, with upgrades to aircraft skin and frame, landing gear, cockpit and the pressurization system.[61][29] The CF6 engine produces 22% more thrust (for 50,000 lbf/220 kN total from each engine[62]) than existing C-5 engines which will result in a 30% shorter take-off roll, a 38% higher climb rate to initial altitude, a significantly increased cargo load, and a longer range between refueling.[29][63] The C-5s that complete these upgrades are designated C-5M Super Galaxy.[64]

A Galaxy undergoing the AMP and RERP upgrades, to make it a C-5M.

The C-5 AMP and RERP modernization programs plan to raise mission-capable rate to a minimum goal of 75%.[29] Over the next 40 years, the U.S. Air Force estimates the C-5M will save over $20 billion.[65] The first C-5M conversion was completed on 16 May 2006, and performed its first flight on 19 June 2006.[65] C-5Ms have been in flight testing out of Dobbins Air Reserve Base since June 2006. Test aircraft include a distinctively colored nose boom to acquire flight data.[65]

The USAF decided to convert remaining C-5Bs and C-5Cs into C-5Ms with avionics upgrades and re-engining in February 2008.[66] The C-5As will receive only the avionics upgrades.[66][67] The three test C-5Ms successfully completed developmental flight testing in August 2008. The test aircraft will begin Operational Test and Evaluation in September 2009.[68][69] The RERP upgrade program is to be completed in 2016.[69]

Lockheed Martin announced that a C-5M test flight on 13 September 2009, set 41 new records. The flight's data have been submitted to the National Aeronautic Association for formal acceptance. The C-5M carried a payload of 176,610 lb (80,110 kg) to over 41,100 ft (12,500 m) in 23 minutes, 59 seconds. The flight set 33 time to climb records at various payload classes, and broke the world record for greatest payload to 6,562 feet (2,000 meters). The aircraft used for this flight had a takeoff weight of 649,680 lb (294,690 kg), which included payload, fuel and crew.[70]


People in line to enter the 445th Airlift Wing's first C-5A Galaxy in 2005.
A C-5 Galaxy of the West Virginia Air National Guard 167th Airlift Wing
A C-5 Galaxy from the Air Force Reserve Command's 433rd Airlift Wing

Unlike its Soviet (Ukrainian) counterpart, the civilian- and military-operated Antonov An-124 Ruslan or An-225 Mriya, use of the C-5 is confined entirely to the military and government use.

Incidents and accidents

There have been five C-5 Galaxy aircraft lost in crashes along with two class-A losses resulting from ground fire and one loss resulting from damage sustained on the ground. There have been at least two other C-5 crashes that resulted in major airframe damage, but the aircraft were repaired and returned to service.

C-5A after crash landing at Shemya AFB, AK, July 1983.
Emergency responders at the scene of a C-5B crash at Dover AFB, Del., April 2006.
The flight deck from the C-5B crash at Dover AFB in April 2006 being loaded into a C-5.

Notable accidents

  • Aircraft 67-0172 (C-5A) was destroyed during a ground fire at Palmdale, California on 27 May 1970 after an Air Turbine Motor (ATM) started backwards and quickly overheated, setting the hydraulic system on fire and quickly consuming the aircraft. The engines were not running at the time of the fire. Five crew escaped, but seven firefighters suffered minor injuries fighting the blaze.[72][73]
  • Aircraft 66-8303 (C-5A) was destroyed during a ground fire at Marietta, Georgia on 17 October 1970. The fire started during maintenance in one of the aircraft's 12 fuel cells. One worker was killed and another injured. This was the first C-5 aircraft produced.[73]
  • Aircraft 68-0227 (C-5A) was the first operational loss of a C-5 Galaxy. On 27 September 1974, the aircraft crashed after over-running the runway at Clinton, Oklahoma Municipal Airport during an emergency landing following a serious landing gear fire. The crew mistakenly aligned the aircraft for the visual approach into the wrong airport, landing at Clinton Municipal which has a 4,400 ft (1,300 m) runway, instead of Clinton-Sherman airfield which has a 13,500 ft (4,100 m) runway.[73]
  • Aircraft 68-0218 (C-5A) was involved in one of the most well known C-5 accidents to date. On 4 April 1975, the aircraft crashed while carrying orphans out of Vietnam (Operation Baby Lift).[74] The crash occurred while trying to make an emergency landing at Tan Son Nhut Air Base Saigon, following a door lock failure in flight. 144 adults and children (including 76 babies) were killed out of the 305 aboard (243 children, 44 escorts, 16 crewmen and 2 flight nurses).[73][75] Use of the C-5 was heavily restricted for several months due to this high profile incident.[76]
  • Aircraft 70-0446 (C-5A) crashed on landing at Shemya, Alaska on 31 July 1983. No fatalities. The airplane approached below the glide slope, hit an embankment short of the runway and bounced back into the air before coming to rest on the runway. Structural damage was extensive. The airplane keel and two structural mainframes were broken, and the two aft main landing gear bogies were sheared from the airplane (one remaining in the embankment, the other pushed up through the fuselage and came to rest inside the cargo compartment). A joint USAF/Lockheed team made repairs enabling a one-time ferry flight from Shemya to the Lockheed plant in Marietta, Georgia. There, the airplane was quickly christened Phoenix II and permanent repair efforts got underway. In addition to the structural repairs, Phoenix II also received an improved landing gear system (common to the then-new C-5B), wing modification, and a color weather radar upgrade. The airplane was returned to service, and was transferred to the Texas Air National Guard.[77]
  • Aircraft 68-0216 (C-5A) from Travis Air Force Base landed wheels (gear) up at Travis AFB, California, in July 1985. No injuries. The accident occurred while the crew was performing touch-and-go landings, the cause being a failure to lower the landing gear during the final approach of the day. The aircraft received significant damage to the lower fuselage and main landing gear pods. The C-5A was flown to Marietta for repairs. While there, the aircraft was selected to be the first C-5A converted to the C-5C configuration.[78]
  • Aircraft 68-0228 (C-5A) crashed following an engine failure shortly after take-off. On 29 August 1990, the aircraft took off from Ramstein Air Base in Germany in support of Desert Shield. It was flown by a 9-member reserve crew (who had all volunteered to fly the mission) from the 68th Airlift Squadron, 433d Airlift Wing based at Kelly AFB, Texas.[79] As the aircraft started to climb off the runway, one of the thrust reversers suddenly deployed. This resulted in loss of control of the aircraft and the subsequent crash. Of the 17 people on board, only 4 survived the crash.[80] All four were in the rear troop compartment. The sole crewman to survive, Staff Sgt. Lorenzo Galvan, Jr., was awarded the Airman's Medal for his actions in evacuating the survivors from the wreckage.[73]
  • Aircraft 84-0059 (C-5B) crashed after an in-flight emergency involving an indication that a thrust reverser was not locked. On 3 April 2006, the aircraft, assigned to the 436th Airlift Wing and flown by a reserve crew from the 709th Airlift Squadron, 512th Airlift Wing crashed about 2,000 ft (610 m) short of runway 32, while attempting a heavyweight emergency landing at Dover Air Force Base, Delaware. The airplane, carrying 17 people, had taken off from Dover about 21 minutes earlier and reported an in-flight emergency (number 2 engine thrust reverser not locked indication) 10 minutes into the flight. All 17 aboard survived, 15 with no injuries, 2 with serious. The Air Force's accident investigation concluded the crash was a result of human error, most notably the determination that the crew kept one of the functioning engines in flight idle while manipulating the throttle of the (dead) number 2 engine as if it was still running, while having the number 3 engine at idle, an error that was further amplified by the crew's decision to use a high flap setting that increased drag beyond normal 2 engine performance capabilities.[81] The forward fuselage will be converted into a C-5 AMP avionics test bed, and the rest of the airframe has been scrapped.[82] USAF Crash Investigation Video can be viewed here.

Specifications (C-5B)

A detail of the C-5's nose assembly raised for loading and unloading.

Data from USAF fact sheet,[83] Lockheed-Martin C-5,[84] International Directory of Military Aircraft,[85] and Quest for Performance.[86]

General characteristics

  • Crew: 8 typical (pilot, first pilot, copilot, two flight engineers, three loadmasters)
    4 minimum (pilot, copilot, two flight engineers)
  • Payload: 270,000 lb (122,470 kg)
  • Length: 247 ft 1 in (75.31 m)
  • Wingspan: 222 ft 9 in (67.89 m)
  • Height: 65 ft 1 in (19.84 m)
  • Wing area: 6,200 ft2 (576 m2)
  • Empty weight: 380,000 lb (172,370 kg)
  • Loaded weight: 769,000 lb (348,800 kg)
  • Max takeoff weight: 840,000 lb (381,000 kg)
  • Powerplant:General Electric TF39-GE-1C high-bypass turbofan, 43,000 lbf (190 kN) each


  • Maximum speed: Mach 0.79 (503 kn, 579 mph, 932 km/h)
  • Cruise speed: Mach 0.77
  • Range: 2,400 nmi (2,760 mi, 4,440 km) with a 263,200 lb payload
  • Service ceiling: 35,700 ft (10,600 m) at 615,000 lb (279,000 kg) gross weight
  • Rate of climb: 1,800 ft/min (9.14 m/s)
  • Wing loading: 120 lb/ft2 (610 kg/m2)
  • Thrust/weight: 0.22
  • Takeoff roll: 8,400 ft (2,600 m)
  • Landing roll: 3,600 ft (1,100 m)
  • Fuel capacity: 51,150 US gal (193,600 L)

See also

Comparable aircraft

Related lists


  1. ^ Mehuron, Tamar A., Assoc. Editor. 2008 USAF Almanac, Fact and Figures, Air Force Magazine, May 2008.
  2. ^ a b c "C-5 history". Retrieved 20-01-2010. 
  3. ^ Norton 2003, pp. 8-9.
  4. ^ Norton 2003, p. 13.
  5. ^ a b c Erving 1993, pp. 189-190.
  6. ^ Norton 2003, p. 11.
  7. ^ Norton 2003, p. 12.
  8. ^ "Plane costs suppressed, Colonel says". Milwaukee Journal. 30 April 1969.,5240655&dq=c5a+overrun&hl=en. 
  9. ^ "C-5A Foe says Pentagon stripped him of duties". New York Times. 18 November 1969. 
  10. ^ a b Garwood, Darrell (17 January 1970). "Newest Air Force planes grounded". Times-News.,1070347&dq=galaxy+wings&hl=en. 
  11. ^ "General asks U.S. to share Lockheed loss". Spokane Daily Chronicle. 29 June 1970.,4038459&dq=c-5+cargo&hl=en. 
  12. ^ "New Life for TriStar". Time. 17 May 1971.,9171,944387,00.html. Retrieved 2007-01-06. 
  13. ^ Aspin, Les (29 August 1972). "The Lockheed Loan revisited". New York Times. 
  14. ^ Miles, Marvin (19 June 1974). "Jumbo Jet will ferry Space Shuttle Piggyback across U.S.". Los Angeles Times. 
  15. ^ Goebel, Greg. "Antonov An-225 Mriya ("Cossack")". The Antonov Giants: An-22, An-124, & An-225. Retrieved 2006-02-18. 
  16. ^ Norton 2003, pp. 31-36.
  17. ^ Finney, John W (15 December 1975). "C-5A jet repairs to cost 1.5 billion; Pentagon outs outlay to fix Wing Defects at 1.3 Billion as 'Overruns' continue". New York Times. 
  18. ^ Coates, James (21 January 1982). "Disputed C-5 jet gets Pentagon nod". Chicago Tribune. 
  19. ^ a b Norton 2003, pp. 53-56.
  20. ^ "Iran may fund new production of Lockheed C-5". Los Angeles Times. 8 May 1974. 
  21. ^ Wright, Robert A (8 May 1974). "Lockheed considers Textron merger; Profitable division Iranian offer is reported". New York Times. 
  22. ^ Marder, Murray (26 July 1973). "Oil pact with U.S. firm: Iran signs agreement". Victoria Advocate.,3807638&dq=f14+iran&hl=en. 
  23. ^ "Vital US military technology has been lost to new Iranian regime". Lewiston Evening Journal. 16 February 1979.,2344531&dq=f14+iran&hl=en. 
  24. ^ "U.S. cuts off plane parts to Iran". Chicago Tribune. 9 November 1979. 
  25. ^ Storer, Rowley (22 July 1982). "House gives Reagan victories on MX, C-5". Chicago Tribune. 
  26. ^ "U.S. Air Force wants to double Airlift capacity". Times Daily. 27 January 1982.,4888426&dq=c-5+galaxy+development&hl=en. 
  27. ^ Norton 2003, pp. 56-58.
  28. ^ Schanz, Marc V., Assoc. Editor (June 2007). "Life with the C-5". Air Force Magazine (Air Force Magazine) 90 (6): 59–60. ISSN: 0730-6784. 
  29. ^ a b c d e ""Saving the Galaxy"". Air Force Magazine. January 2004. 
  30. ^ a b c "C-5 design". Retrieved 20-01-2010. 
  31. ^ "The Five First Flights". Wright Brothers. Retrieved 23 July 2008. 
  32. ^ Air International February 1984, p.63.
  33. ^ "C-5 Service Life". Retrieved 20-01-2010. 
  34. ^ Coughlin, William J. (10 July 1970). "C-5A in first S. Viet flight". Los Angeles Times. 
  35. ^ Norton 2003, p. 43-44.
  36. ^ Norton 2003, p. 45-46.
  37. ^ "C-5 Performance in Israel may spur Pentagon to order more". Los Angeles Times. 9 November 1973. 
  38. ^ "U.S. Cargo Jets to play Zimbabwe role". Los Angeles. 7 December 1979. 
  39. ^ Bresnahan, David M. (1992). "C-5 Galaxy air transport improves support to U.S. scientists in Antarctica". Antarctic Journal of the United States 27 (4): 4. 
  40. ^ National Science Foundation (20 February 2002). "Runway Project Clears the Way for Improved Antarctic Airlift". Press release. Retrieved 2007-01-20. 
  41. ^ Evans, David (24 August 1990). "The Gulf airlift has moved only the tip of the spear". Chicago Tribune. 
  42. ^ Brenner, Elliot (22 August 1990). "Massive airlift, sealift equals moving a town". Daily Gazette.,5314370&dq=c-5+cargo&hl=en. 
  43. ^ Plunkett, A.J. (4 August 1994). "More troops leave on Rwandan mission". Daily Press. 
  44. ^ Norton 2003, p. 58.
  45. ^ Leary, William M. (September-October 1986). "Strategic Airlift: Past, Present, and Future". Air University Review. 
  46. ^ Anderson, Brian H. (5 February 1999). The Mobility Traid and Challenges for the Operational Commander. Naval War College Newport. p. 8. 
  47. ^ Weinberger, Sharon (14 November 2003). "Congress Moves To Limit C-5A Retirement". Defense Daily. 
  48. ^ "C5A gets qualified nod from Air Force board". Macon Telegraph. 30 July 2004. 
  49. ^ a b Jablonski, David A. (15 July 2004). "Air Force Fleet Viability Board releases C-5A assessment". Air Force Print News. 
  50. ^ "C-5 Galaxy page". The AMARC Experience. Retrieved 19-01-2010. 
  51. ^ Trimble, Stephen (11 September 2009). "More C-17 sales possible after C-5A retirement ban lifted". Flight International. 
  52. ^ Rolfsen, Bruce (12 January 2010). "C-5A swap for new C-17s has hitch". Air Force Times. "Air Force leaders have said they want to retire one C-5A Galaxy for each of the 10 new C-17s" 
  53. ^ Trimble, Stephen (17 October 2007). "US considers Airbus A380 as Air Force One and potentially a C-5 replacement". 
  54. ^ Trimble, Stephen (11 December 2008). "Lockheed delivers first upgraded C-5M Super Galaxy". Flight International. 
  55. ^ "Lockheed Martin delivers third C-5M Super Galaxy to United States Air Force". Bloomberg. 27 February 2009. 
  56. ^ "C-5A". Retrieved 21-01-2010. 
  57. ^ "C-5B". Retrieved 21-01-2010. 
  58. ^ Norton 2003, p. 62, 78.
  59. ^ "C-5C". Retrieved 21-01-2010. 
  60. ^ "First Flight For AMP C-5". Code One Magazine. April 2003. 
  61. ^ Hooker, John R.; David L. Hoyle, Dwayne N. Bevis (January 2006). "The Application of CFD for the Aerodynamic Development of the C-5M Galaxy". American Institute of Aeronautics and Astronautics. 
  62. ^ "C-5 modernization program". Lockheed Martin. Retrieved 21-01-2010. 
  63. ^ "Lockheed Martin C-5M "Super Galaxy" Expands U.S. Air Force "Global Reach" Capability at Lower Cost". Lockheed Martin. 16 May 2006. 
  64. ^ "Second C-5M Super Galaxy takes flight". US Air Force. 20 November 2006. 
  65. ^ a b c McGowan, Laura (21 June 2006). ""C-5 still going strong"". US Air Force. 
  66. ^ a b Warick, Graham (15 February 2008). "Pentagon cancels re-engining of USAF's older Lockheed C-5s". 
  67. ^ "Air Force C-5 Galaxy modernization program certified". US Air Force. 15 February 2008. 
  68. ^ "Lockheed Martin C-5M Super Galaxy Completes Flight Test". Lockheed Martin. 18 August 2008. 
  69. ^ a b Trimble, Stephen (21 August 2009). "Lockheed Martin inducts first C-5B for C-5M modifications". Flight International. 
  70. ^ "Lockheed Martin C-5M Super Galaxy Sets World Aviation Records". Lockheed Martin. 15 September 2009. 
  71. ^ TennANG 164th Airlift Wing
  72. ^ San Bernardino, California: San Bernardino Sun, Thursday, 28 May 1970.
  73. ^ a b c d e "C-5 crash doesn’t diminish historian’s view of aircraft". US Air Force. 4 April 2006. 
  74. ^ "Portrait of tragedy". Evening Independent. 4 April 1975.,1023163&dq=c-5+crash&hl=en. 
  75. ^ "305 aboard giant craft; 100 survive". Boca Raton News. 4 April 1975.,4736762&dq=c-5+crash&hl=en. 
  76. ^ "Airforce imposes curbs on C-5 use". New York Times. 12 April 1975. 
  77. ^ Lippincott 2006, p. 35.
  78. ^ Lippincott 2006, p. 28.
  79. ^ "San Antonio air base mourns reservists killed in C-5 crash". Austin American-Statesman. 30 August 1990. 
  80. ^ "U.S. plane crashes, killing 13". Deseret News. 29 August 1990. 
  81. ^ "C-5 accident investigation board complete". US Air Force. 13 June 2006. 
  82. ^ Langley, N. (19 January 2007). "Gone with the wings: C-5 removal process in full swing". US Air Force. 
  83. ^ "C-5 Galaxy fact sheet". US Air Force. Retrieved 21-01-2010. 
  84. ^ "C-5 Galaxy specifications". Lockheed Martin. Retrieved 21-01-2010. 
  85. ^ Frawley, Gerald (2002). The International Directory of Military Aircraft, 2002/2003. Fishwick, Act: Aerospace Publications. ISBN 1-875671-55-2. 
  86. ^ Loftin, L. K., Jr. (1985). "Quest for performance: The evolution of modern aircraft. NASA SP-468". NASA. 
  • Erving, Clive. Wide Body: The Triumph of the 747, pp. 189-190. New York : W. Morrow, 1993. ISBN 0688099025.
  • Norton, Bill. Lockheed Martin C-5 Galaxy. Specialty Press, 2003. ISBN 1-58007-061-2.
  • Lippincott, Richard. C-5 Galaxy in Action. Squadron/Signal Publications, 2006. ISBN 0-89747-504-6.
  • Reed, Chris. Lockheed C-5 Galaxy. Schiffer Publishing, 2000. ISBN 0764312057.
  • "The Giants of Georgia". Air International, February 1984, Vol.26, No. 2. ISSN 0306-5634. pp. 61–68, 87–90.

External links

Simple English

The C-5 Galaxy is a very big military cargo aircraft made by Lockheed (now Lockheed Martin) used by the United States Air Force. It first flew in 1968 and was introduced in 1970. It is one of the biggest transports in the world; being 247 feet (75 meters) long, 65 feet (19 meters) high, has a wingspan of 222 feet (67 meters), and can weigh up to 840,000 pounds (378,000 kilograms). [1]

It is used to fly military equipment on to battlefields, and because of its size, it can even carry tanks and helicopters. Five C-5s have crashed.



Got something to say? Make a comment.
Your name
Your email address