The future carrier air wing will not be all pilots. The U.S. Navy is pressing ahead on a carrier-based “loyal wingman” — an uncrewed combat aircraft built to fly alongside crewed fighters, carry sensors and weapons, and go first into the places nobody wants to send a person.

It is still on the drawing board: four of America’s biggest defense primes are working competing concepts. But the supporting evidence is already catapulting off flight decks. In April, the Navy’s MQ-25A Stingray tanker drone made its first operational test flight — the clearest sign yet that robots are joining the carrier air wing for real.

The question is no longer whether the carrier gets unmanned aircraft. It is how many, how fast, and who builds the brains.

Four primes, one deck

In late 2025 the Navy put Anduril, Boeing, General Atomics and Northrop Grumman under contract for conceptual carrier-CCA designs, with Lockheed Martin working a common control architecture to tie the drones to the air wing. A separate competition — Anduril, Shield AI and Collins Aerospace — will decide whose autonomy software actually flies the things.

The Navy is not working in a vacuum. In June the Air Force picked General Atomics and Anduril to build its first 150 CCAs — the YFQ-42A and YFQ-44A — and the Navy is watching that template closely as it shapes a carrier-capable cousin.

The tanker that proves it works

If you want to know whether a big drone can live on a carrier, look at the MQ-25 Stingray. In 2021 the T1 test aircraft became the first unmanned aircraft in history to refuel another aircraft in flight, passing fuel to an F/A-18 Super Hornet and later to an E-2D Hawkeye and an F-35C. On 27 April 2026, Boeing and the Navy flew the first operational MQ-25A — a major step toward putting the type to sea.

The Stingray is a tanker, not a fighter. But it cracks the hardest problem first: integrating a large, autonomous aircraft into the chaos of carrier flight operations. Solve that, and arming the next one is an engineering problem, not a leap of faith.

Why the carrier needs robots

The strategic logic is blunt. Long-range anti-ship missiles are pushing carriers farther from the fight, which shrinks the reach of a crewed air wing. Uncrewed wingmen extend that reach, absorb the riskiest missions, and add cheap mass — aircraft you can afford to lose. Whoever wins the autonomy contest supplies the judgment that lets one pilot command several drones at once.

The aircraft carrier has launched crewed jets for a century. The next aircraft to trap aboard may not have anyone inside it — and the Navy has clearly decided it is done waiting to find out.

Sources: The War Zone; Breaking Defense; Boeing; Naval News.