How Aircraft Carriers Launch and Recover Planes at Sea: Guide Updated November 9, 2026

Verified: November 9, 2026, 05:07 UTC (UTC+00:00).

Aircraft carriers work by combining a moving flight deck with specialized aircraft, launch and landing systems, and crews who keep those aircraft flying far from shore. The method depends on the ship: many U.S. carrier jets use catapults and arresting wires, while the Royal Navy’s Queen Elizabeth class launches F-35B jets over a ski-jump and recovers them using their vertical landing capability.

The scale of that work is considerable. On August 18, 2026, USS George Washington recorded its 200,000th fixed-wing aircraft recovery, according to the U.S. Navy. Each recovery depends on coordination among pilots, deck crews, landing specialists, and maintainers.

Destaques

• Carriers bring a mobile airfield, maintenance facilities, fuel, and flight crews to sea.
• U.S. carrier jets can be accelerated by catapults and stopped by a tailhook catching a deck wire.
• British Queen Elizabeth-class carriers use a ski-jump for F-35B launches; the jets can land vertically.
• Weather, deck space, maintenance, and supplies all shape how many flights a carrier can sustain.

What does an aircraft carrier do?

An aircraft carrier carries, launches, recovers, and supports aircraft while operating at sea. Its mobility lets a naval force position aircraft closer to an area of interest without relying entirely on a nearby land base. Depending on the aircraft aboard, missions can include air defense, surveillance, strikes, transport, and search and rescue.

The flight deck is only the visible part of the system. Below it are hangars, workshops, stores, and spaces for the people who maintain and operate the aircraft. Elevators move aircraft between the hangar and flight deck. The ship also needs fuel, spare parts, food, and other supplies; it cannot sustain operations indefinitely without resupply.

How do planes take off from an aircraft carrier?

On a catapult-equipped carrier, a jet taxis into position under the direction of the flight deck crew. It is connected to the launch system, checks are completed, and a jet blast deflector rises behind it to protect people and equipment from the exhaust. The catapult then accelerates the aircraft along the short deck as its engines provide thrust.

U.S. Nimitz-class carriers use steam catapults. USS Gerald R. Ford uses the Electromagnetic Aircraft Launch System, or EMALS, which uses electromagnetic power to propel aircraft. The Ford’s first at-sea catapult launch and arrested landing took place in 2017, as documented by Naval Air Systems Command. The two systems serve the same basic purpose, although their machinery differs.

The ship can also maneuver to achieve the wind over the deck needed for operations. This airflow helps aircraft generate lift, but launch planning must account for the aircraft, its load, and the conditions at the time.

How do aircraft land on a carrier?

On a conventional arrested landing, a pilot approaches the angled landing area with the aircraft’s tailhook lowered. Visual landing aids and landing signal officers help the pilot maintain the correct approach. The hook catches a wire stretched across the deck; machinery below the deck absorbs the aircraft’s energy and brings it to a stop.

If the hook misses the wires, the pilot continues flying and goes around for another attempt. This is called a bolter. The angled landing area gives an aircraft that misses the wires a path to fly away from aircraft parked forward on the deck, though successful operations still depend on a clear landing area and close coordination.

Recovery equipment varies by class. Nimitz-class ships use versions of the Mk-7 arresting system, while the Ford uses Advanced Arresting Gear, which includes energy absorbers and digital controls. The Navy’s description of Advanced Arresting Gear explains how the newer system is designed to accommodate a range of aircraft.

How do Royal Navy aircraft carriers operate without catapults?

The Royal Navy’s Queen Elizabeth-class carriers use a different approach. Their F-35B jets make a short takeoff run and leave the deck via an upward-curving ski-jump. For recovery, the F-35B can use its short takeoff and vertical landing system to descend to the deck. The ramp helps launch the aircraft, but it does not replace the jet’s own thrust or remove the need to manage weight and conditions.

Helicopters operate differently again, taking off and landing under rotor power. The Royal Navy’s Queen Elizabeth-class overview describes the ski-jump, aircraft lifts, and the mix of jets and helicopters the ships can support.

Who keeps the flight deck running?

Flight operations depend on a tightly managed sequence. Aircraft handlers position planes, launch teams prepare equipment, and maintainers inspect and repair aircraft and machinery. The air officer oversees flight deck activity, while the ship’s bridge controls navigation. Deck personnel use standardized signals and protective equipment in a loud, crowded environment.

After a flight, an aircraft may need refueling, inspection, repairs, and preparation for its next mission. Moving it to the hangar can free deck space, but elevators and maintenance areas also have limited capacity. Launches and recoveries therefore require planning around both aircraft movement and the work happening below deck.

What limits aircraft operations at sea?

Weather and sea state can restrict flying or make recovery harder. Wind direction, visibility, darkness, aircraft readiness, available deck space, fuel, and crew endurance also affect the schedule. A ship’s published maximum sortie capacity is not a promise that it can sustain that pace in every situation.

Future operations will depend on the aircraft and equipment available, maintenance, supplies, and the mission. New launch and recovery technology can change what a carrier is designed to support, but actual performance remains conditional on the ship and its operating circumstances.

FAQ

Can every fighter jet land on an aircraft carrier?

No. Carrier aircraft need equipment and structural strength suited to the ship’s launch and recovery method. A conventional land-based fighter cannot simply be assumed to be carrier-capable.

Why is a carrier’s landing area angled?

The angled area gives an aircraft that misses the arresting wires room to continue flying and attempt another landing, while supporting the management of other aircraft on deck.

Do all aircraft carriers use arresting wires?

No. Catapult-equipped U.S. carriers use arresting gear for conventional carrier jets. The Royal Navy’s Queen Elizabeth-class ships instead operate F-35B jets that can land vertically.