Moody Air Force Base

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23d WG first to test STARCART

Airmen assigned to the 23d Wing refuel and conduct a weapons upload on an A-10C Thunderbolt II Feb. 23, 2021 at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

Airman Kyle Phelan, 23d Logistics Readiness Squadron fuels distribution operator, prepares to fuel an A-10C Thunderbolt II utilizing a STARCART Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

A STARCART sits on the hot cargo pad Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

Senior Airman Duncan McIntyre, 23d Aircraft Maintenance Squadron dedicated crew chief, refuels an A-10C Thunderbolt II with a STARCART Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

Staff Sgt. Brannon House, 74th Aircraft Maintenance Unit weapons load crew chief, waits to load a BDU-50 practice bomb onto an A-10C Thunderbolt II during an integrated combat turn Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

Senior Airman Duncan McIntyre, 23d Aircraft Maintenance Squadron dedicated crew chief, marshalls an A-10C Thunderbolt II for a weapons upload and a refuel from a STARCART Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

Joseph Messick, Air Force Petroleum Office fuels equipment management specialist, quality-checks a STARCART Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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23d WG first to test STARCART

Airmen assigned to the 23d Wing connect the STARCART to a fuel bladder Feb. 23, 2021, at Moody Air Force Base, Georgia. The STARCART is a prototype 300 gallon-per-minute refueling platform designed to provide Combatant Commanders a “light and lean” refueling capability to generate aircraft in any environment. The 23d Logistics Readiness Squadron Fuels Management Flight tested the STARCART’s capabilities during Mosaic Tiger 21-1 to determine its suitability to generate aircraft in support of the Air Forces new agile combat employment construct. (U.S. Air Force photo by Airman Rachel Perkinson)

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Airmen validate high frequency band capabilities

Staff Sgt. Christopher Perkins, 38th Rescue Squadron radio frequency transmission systems specialist, takes notes after successfully establishing communications with Moody Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Staff Sgt. Kevin Kindel, 824th Base Defense Squadron client systems administrator, uses a radio Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Tech. Sgt. Carlos Menendez, 824th Base Defense Squadron radio frequency transmission systems specialist, examines an inverted vee antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing test high-frequency radio communications Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d WG and 93d AGOW set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Tech. Sgt. Carlos Menendez, 824th Base Defense Squadron radio frequency transmission systems specialist, adjusts the height of a feed point on an antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Staff Sgt. Kevin Kindel, 824th Base Defense Squadron client systems administrator, sets up a temporary anchor for an inverted vee antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Tech. Sgt. Carlos Menendez, 824th Base Defense Squadron radio frequency transmission systems specialist, attempts to contact Moody Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Staff Sgt. Kevin Kindel, 824th Base Defense Squadron client systems administrator, holds the end of an inverted vee antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing construct an inverted vee antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d WG and 93d AGOW set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Staff Sgt. Christopher Perkins, 38th Rescue Squadron radio frequency transmission systems specialist, ties cord to a feed point for an antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Staff Sgt. Christopher Perkins, right, 38th Rescue Squadron radio frequency transmission systems specialist, and Tech. Sgt. Carlos Menendez, 824th Base Defense Squadron RF transmission systems specialist, carry cables Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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Airmen validate high frequency band capabilities

Staff Sgt. Kevin Kindel, 824th Base Defense Squadron client systems administrator, collapses a handheld radio antenna Feb. 23, 2021, at MacDill Air Force Base, Florida. During agile combat employment exercise Mosaic Tiger, Airmen assigned to the 23d Wing and 93d Air Ground Operations Wing set up an antenna to communicate with Moody via high-frequency radio waves. Utilizing the high-frequency range allows these Airmen to communicate across long distances without encountering vulnerabilities inherent to satellite communications such as malicious attacks or loss of service. Mosaic Tiger tested the 23d WG’s ability to integrate multi-capable Airmen into joint operations while maintaining a lighter footprint downrange. (U.S. Air Force photo by Senior Airman Hayden Legg)

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