Controlled Airport
A controlled airport is an aerodrome with an operational air traffic control (ATC) tower, where aircraft and vehicle movements are managed for safety and effici...
A military airport is a secure, strategically operated airfield tailored for defense missions, rapid deployment, and specialized aircraft operations.
A military airport (or military aerodrome) is a secured airfield managed by a nation’s armed forces. Operated by entities like the Department of Defense (DoD) in the United States, these airports serve as strategic and tactical hubs for national defense. They support a spectrum of missions: airlift, combat operations, surveillance, aerial refueling, cargo logistics, and medical evacuation.
Unlike civilian airports, military airports are designed for rapid deployment, secure access, and the ability to accommodate a diverse fleet, from fighters and bombers to heavy transports and helicopters. Access is tightly controlled by military personnel, and the public is generally prohibited.
Military airports feature robust infrastructure built to withstand high operational tempo and potential hostile action. Notable features include:
Runways, taxiways, and aprons are often wider and thicker than civilian equivalents, supporting heavier and more frequent military aircraft operations. Air traffic control is performed by military-trained personnel, using distinct procedures and protocols for operational security.
Facilities may also include weapons storage, munitions handling, contingency operation sites, and rapid medical evacuation areas. Temporary airstrips or Expeditionary Airfield Lighting Systems (EALS) can be rapidly established for emergency or forward-deployed use.
Internationally, the International Civil Aviation Organization (ICAO) recognizes military airports as non-public-use aerodromes, subject to separate regulatory frameworks. This distinction ensures military operations can proceed with necessary confidentiality and security. In select cases, military airports may include joint-use or shared-use arrangements with civil aviation.
A joint-use airport is a military-owned airfield that also accommodates civilian aircraft. The Federal Aviation Administration (FAA) defines these as DoD-owned airports with civilian access granted via formal agreements like Memoranda of Understanding (MOU).
Key points:
Examples: Charleston Air Force Base/Charleston International Airport, Dover Air Force Base.
Joint-use airports require advanced collaboration among the DoD, FAA, local authorities, and stakeholders to integrate civilian and military activities while maintaining security and readiness.
A shared-use airport features a military airfield co-located with a civilian airport, with shared infrastructure (runways, taxiways, navigational aids). Unlike joint-use airports, operational control may be more clearly separated, with military and civilian authorities managing their respective facilities.
Key points:
Examples: Portsmouth International Airport at Pease, Bangor International Airport.
These arrangements optimize infrastructure use, support regional growth, and maintain military readiness.
A commercial service airport is a public-use airport receiving scheduled passenger service and having at least 2,500 annual passenger boardings. Such airports are integral to the National Plan of Integrated Airport Systems (NPIAS) and are eligible for federal funding.
Key features:
Commercial service airports play a crucial role in the U.S. transportation network, supporting both civil and, in some cases, military needs.
Base Realignment and Closure (BRAC) is a U.S. process to increase DoD efficiency by closing or consolidating military installations. Since 1977, BRAC has closed or realigned over 350 installations, with many former airfields repurposed for civilian or joint use.
Key outcomes:
BRAC has helped integrate former military airfields into the national airport system while enhancing defense efficiency.
The Development of Landing Areas for National Defense (DLAND) was a World War II-era program enabling the construction of nearly 1,000 military airfields across the U.S. These airfields supported training, logistics, and deployment, and many later became the foundation of today’s airport system.
Legacy:
The Airport Improvement Program (AIP) is an FAA grant program funding airport planning, development, and maintenance. Projects eligible for AIP funding include runways, taxiways, lighting, terminals, and rescue facilities.
Highlights:
AIP modernizes airport infrastructure for commercial, general aviation, and military use.
The Military Airport Program (MAP), part of AIP, supports the conversion of former military airfields to civilian use and enhances national airport capacity.
Features:
MAP has transformed many surplus military bases into thriving civilian airports.
Aircraft Rescue and Firefighting (ARFF) is a specialized emergency response service for aviation incidents, including aircraft crashes, fires, hazardous material spills, and medical emergencies.
At military airports:
ARFF is essential for passenger and crew safety and asset protection.
Emergency Airfield Lighting System (EALS) and EALS II are portable lighting solutions for rapid deployment in contingency or austere environments.
Capabilities:
EALS is vital for military, disaster relief, and humanitarian operations.
The Unified Facilities Criteria (UFC) is a set of DoD standards for military infrastructure, including airfields.
Scope:
UFC ensures military airfields can handle all mission profiles, from training to combat operations.
A Passenger Facility Charge (PFC) is a federally authorized fee airports collect from passengers to fund FAA-approved improvement projects.
Details:
PFCs help modernize airports, especially at commercial service and joint/shared-use facilities.
The National Plan of Integrated Airport Systems (NPIAS) is the FAA’s roadmap for U.S. public-use airport development.
Key elements:
Inclusion in NPIAS supports the integration and funding of military and former military airports into the civil system.
A contingency airfield is a temporary or semi-permanent military airfield established for operations in austere, forward, or emergency locations. These can be built from unimproved surfaces or roadways and are supported by portable systems like EALS.
Purpose:
Military airports form the backbone of a nation’s air defense and rapid response capabilities. Through advanced infrastructure, regulatory separation, and programs like BRAC, DLAND, AIP, and MAP, these airfields support both national security and, increasingly, civil aviation needs. Joint-use and shared-use arrangements exemplify the synergy between military preparedness and community development, making military airports vital assets in modern aviation.
Military airports are designed to support national defense missions, including airlift, fighter and bomber operations, surveillance, cargo logistics, and rapid deployment. Their infrastructure and security protocols differ from civilian airports to accommodate these critical functions.
Joint-use airports are military-operated airfields that allow civilian access under formal agreements, with the military retaining operational control. Shared-use airports involve more distinct separation, with military and civilian authorities managing their respective facilities, even if some infrastructure is shared.
MAP is a federal initiative providing funding to convert former military airfields to civilian use or enhance joint-use airports. It supports redevelopment of runways, terminals, and other infrastructure to increase system capacity and regional economic development.
EALS is a portable, rapidly deployable lighting system used to establish operational runways in temporary or contingency airfields, supporting military operations during emergencies or in austere environments.
BRAC is a U.S. process to increase defense efficiency by closing, realigning, or consolidating military installations. Many former airfields are repurposed for civilian or joint use, supporting local economies and the national airport system.
Discover how military and joint-use airports impact defense, emergency response, and civil aviation. Explore the latest trends and best practices in airport infrastructure and management.
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Apron control is the management and coordination of aircraft and vehicle movements on airport aprons, ensuring safety, efficiency, and resource optimization. It...
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