Air Traffic Controlman (AC)

Air Traffic Controlman (AC)
Name	Air Traffic Controlman (AC)
Role	Air traffic control and flight operations support
Abbreviation	AC

Air Traffic Controlman (AC) is a naval enlisted rating responsible for directing aircraft movement, managing airspace operations, and coordinating with shipboard and shore-based aviation units. ACs operate across a range of maritime and joint environments, integrating with aviation squadrons, carrier strike groups, expeditionary units, and joint commands to ensure safe, efficient flight operations. Their work intersects with naval aviation, carrier operations, search and rescue, and international air traffic coordination.

Overview

Air Traffic Controlmen perform procedures essential to aviation units such as Carrier Air Wing, Naval Air Station operations, Amphibious Ready Group air detachments, and Fleet Air Reconnaissance Squadron support. They liaise with entities including Federal Aviation Administration, North Atlantic Treaty Organization, United States Northern Command, United States Pacific Fleet, and allied naval air arms. ACs apply doctrines established by organizations like International Civil Aviation Organization, Joint Chiefs of Staff, and NATO Standardization Office, and they coordinate with platforms such as Aircraft carrier (United States Navy), Amphibious assault ship, Airborne Early Warning aircraft, and Search and Rescue (SAR) units.

Duties and Responsibilities

AC duties include tower control, ground control, approach control, and departure sequencing for naval airfields and underway flight decks supporting units such as Strike Fighter Squadron, Helicopter Sea Combat Squadron, Electronic Attack Squadron, and Patrol Squadron. They manage communications with pilots flying aircraft like F/A-18 Hornet, MH-60R Seahawk, P-8 Poseidon, and E-2 Hawkeye, and coordinate with shore facilities including Joint Base Pearl Harbor–Hickam, Naval Air Station Oceana, and Naval Air Facility Atsugi. Responsibilities extend to flight plan processing, meteorological briefings from National Weather Service, emergency response coordination with United States Coast Guard, and aeromedical evacuation routing with Naval Hospital and Fleet Surgical Team elements.

Training and Qualification

Initial training for ACs occurs in technical schools aligned with institutions such as Navy Personnel Command and training centers affiliated with Naval Air Systems Command. Prospective ACs complete courses incorporating material from Federal Aviation Administration directives, International Civil Aviation Organization Annexes, and Naval Aviation Training syllabi. Advanced qualification includes certifications for air traffic control tower operations, radar approach control, and carrier-controlled approach using simulators sourced from vendors contracted through Defense Logistics Agency and overseen by curriculum standards from Chief of Naval Operations. Continuous professional development often references publications and standards from Royal Air Force training programs, United States Air Force air traffic control schools, and multinational exchange programs with Royal Australian Air Force.

Equipment and Technology

ACs operate a suite of equipment including precision radars, ground-controlled approach systems, voice communication panels, and automated flight data processors used on platforms like NATO Air Command and Control System. Typical hardware and software interfaces derive from systems fielded by Raytheon Technologies, Lockheed Martin, and contractors working with Naval Air Systems Command and Defense Information Systems Agency. They rely on navigational aids such as Instrument Landing System, Automatic Direction Finder, Tactical Air Navigation, and datalinks coordinated with Joint Tactical Radio System and Link 16 networks. Weather information is integrated from sources like National Oceanic and Atmospheric Administration and satellite feeds provided by United States Space Force and civilian meteorological services.

Operational Environments

ACs function aboard aircraft carriers, amphibious ships, forward-deployed ashore facilities, and expeditionary airfields supporting operations in theaters associated with United States Central Command, United States European Command, United States Indo-Pacific Command, and multinational exercises such as RIMPAC, Operation Southern Watch, and BALTOPS. They support contingency operations including humanitarian assistance coordinated with United States Agency for International Development and combat operations synchronized with Carrier Strike Group tasking. Environments range from high-tempo carrier launch-and-recovery cycles to austere expeditionary airfields partnered with Marine Air-Ground Task Force detachments and allied air wings.

Career Progression and Specializations

Career paths for ACs include progression through enlisted ranks with opportunities to become subject matter experts, watch supervisors, and chief petty officers working alongside leadership echelons represented by Master Chief Petty Officer of the Navy and Navy Personnel Command. Specializations encompass instrument flight procedures, radar approach control, air traffic control tower management, and airborne command and control coordination with units like Carrier Airborne Early Warning Squadron and Airborne Warning and Control System operators. Lateral moves and joint assignments enable exchanges with Federal Aviation Administration facilities, United States Air Force control centers, and NATO air traffic units, while education opportunities are often supported by programs from Naval Postgraduate School and National Defense University.

Health, Safety, and Regulatory Standards

ACs adhere to stringent standards from authorities such as the Federal Aviation Administration, International Civil Aviation Organization, NATO Standardization Office, and naval directives issued by Chief of Naval Operations and Commander, Naval Air Forces. Occupational health and safety practices incorporate guidelines from Occupational Safety and Health Administration and service-specific medical screening consistent with Navy Medicine policies. Incident reporting, safety investigations, and lessons learned feed into processes overseen by entities like Naval Safety Center, Accident Investigation Board, and multinational safety working groups formed under NATO Air Safety frameworks.

Category:Naval ratings