The USS Abraham Lincoln uses a multi-deck vertical launch system to move, arm, and launch fighter jets from underground hangar decks.

This operational capability allows the U.S. Navy to project air power from a floating base, ensuring that a large volume of aircraft can be deployed rapidly. The integration of subterranean storage and surface launch systems minimizes the time between a jet's maintenance and its combat readiness.

The system relies on a coordinated sequence of movement. Aircraft are stored and armed within the hangar decks, which are located below the main flight deck. Large elevators transport the jets vertically to the surface, a process that allows the crew to organize the air wing without congesting the primary takeoff areas.

Once on the flight deck, the jets are positioned on powerful catapults. These catapults provide the necessary acceleration to launch heavy fighter aircraft into the air within a limited distance. This layered approach to logistics ensures that the carrier can maintain a high operational tempo during missions.

According to Navy data, the USS Abraham Lincoln keeps over 70 aircraft mission-ready [1]. This capacity is made possible by the efficiency of the vertical movement and arming systems, which allow for simultaneous preparation of multiple aircraft.

The coordination between the hangar decks and the flight deck is essential for maintaining the air wing. By separating the arming and storage phases from the final launch phase, the crew can maximize the number of sorties flown in a given window of time.

“The USS Abraham Lincoln keeps over 70 aircraft mission-ready.”

The ability to maintain over 70 mission-ready aircraft through a vertical launch and elevator system represents a critical force-multiplication capability. By optimizing the flow from the hangar to the catapult, the U.S. Navy reduces the logistical bottleneck typically associated with aircraft carrier operations, allowing for a higher volume of sorties and a more sustained aerial presence in contested environments.