Air Force Picks Contractor To Build First CCA Drones!

The Air Force just picked the first “AI wingmen” that will fly into combat alongside U.S. fighter pilots—and they are being built to swap brains mid-war.

Story Snapshot

The Air Force awarded production contracts to General Atomics and Anduril for its first Collaborative Combat Aircraft fighter wingmen.
Separate companies will compete to supply the autonomy software, aiming to avoid a single-vendor, locked-in “pilot in a box.”
The service plans to field at least 150 systems by decade’s end, as a down payment on a fleet that could reach 1,000-plus drones.
This “loyal wingman” model could shift airpower from a few exquisite fighters to swarming, semi-autonomous, cheaper combat mass.

The First Real Step From PowerPoint To Combat Wingmen

The United States Air Force just did something that moves the drone wingman idea from buzzword to hardware. It awarded engineering, manufacturing, development, and initial production contracts to General Atomics and Anduril to build the first Increment 1 Collaborative Combat Aircraft, or CCA, airframes. These are not science projects; the deals cover the first three production lots and are sized so the service can field at least 150 drones before 2030. That is real operational mass, not a tech demo anymore.^[2]

This dual award caps a fast climb. Back in 2024, Anduril and General Atomics beat out Boeing, Lockheed Martin, and Northrop Grumman to move into a “development-for-production” phase that focused on detailed designs and flight testing.^[4]^[7] Since then, their YFQ-42A and YFQ-44A prototypes have entered live flight test, logging sorties that explore flight performance, autonomous behaviors, and mission systems integration.^[3]^[4]^[5] Now those same designs form the backbone of the first operational CCA buys.

Why The Air Force Wants AI Wingmen At All

Senior Air Force leaders are blunt about the problem: America’s manned fighter fleet is too small, too expensive, and too precious to send everywhere at once. The CCA program is central to a shift toward “affordable mass,” where semi-autonomous, attritable drones thicken the force around core fighters like the F-35 and future Next Generation Air Dominance jets.^[4]^[7] Instead of sending one or two $100 million aircraft into a contested zone, commanders could push in a formation where expendable wingmen soak up risk and carry extra missiles.^[1]^[4]^[24]

Defense market forecasts show why this shift matters. Analysts expect the military drone market to explode from around $35 billion in 2026 to over $100 billion by 2031, with procurement volume jumping by tens of thousands of systems.^[24] Those numbers reflect a global bet that unmanned systems will sit at the center of future force structures. For an American conservative lens, the logic is simple: restore deterrence at lower cost per unit, with industrial capacity that can scale in wartime instead of relying only on boutique platforms built in peacetime trickles.

How The Airframes And The Software Are Being Split

The most quietly radical part of this story is not that two companies won—it is that neither one owns the “pilot.” The Air Force is deliberately separating who builds the airframe from who builds the autonomy software. On the hardware side, General Atomics and Anduril now have production contracts for the physical drones.^[2]^[5] On the software side, Anduril, Shield AI, and RTX Collins Aerospace will compete in successive six‑month phases to provide the mission autonomy that actually flies combat profiles.^[1]^[2]^[5]

This model follows a broader “modular open systems” push inside the Pentagon. Instead of monolithic platforms where one prime contractor controls everything, the service wants plug‑and‑play autonomy “stacks” that can, in theory, be swapped without junking the aircraft.^[5] Some tests already point that way. Public reporting describes Anduril’s YFQ‑44A flying a mission where it executed tasks first under Shield AI’s Hivemind autonomy and then under Anduril’s Lattice system in the same sortie, repeating objectives successfully.^[11] That is early proof, not just rhetoric, that the autonomy is becoming a replaceable module.

What This Means For Vendor Lock-In, Risk, And Pilots

This architecture is supposed to fight the old pattern where one contractor locks the government into decades of upgrades at monopoly prices. By letting multiple autonomy houses ride on top of airframes from more than one builder, the Air Force is trying to keep a live competition going for the “brain” of the jet.^[1]^[2]^[5] That aligns with basic free‑market instincts: do not hand a permanent franchise on something as critical as combat decision software, especially when that code will evolve as fast as commercial artificial intelligence.

The U.S. Air Force awarded production contracts to General Atomics and Anduril to build its first fleet ‌of semi-autonomous Collaborative Combat Aircraft (CCA), moving a program that began just over two years ago from prototype to full-scale manufacturing.

USAF awarded…

— Aeronews (@AeronewsGlobal) June 18, 2026

There are risks hiding in the excitement. First, the service still talks about a long‑term goal of at least 1,000 CCAs, but the current contracts only guarantee a starter batch of about 150 by the end of the decade.^[2]^[1] Prototypes and early lots often look promising, then struggle with sustainment, cost growth, or survivability once adversaries adapt. Second, a separate software competition does not magically remove vendor dependence; if one autonomy stack proves far superior, the service may drift back toward de facto lock‑in, just at the software layer.

There is also the human factor. These are not remote‑piloted drones with a person “on the stick” the whole time. Test descriptions for Anduril’s YFQ‑44A emphasize semi‑autonomous operations for taxi, takeoff, and flight, with human operators supervising mission intent rather than flying every maneuver.^[3]^[16]^[17] That raises serious accountability questions long flagged by legal and ethics scholars: when contractors build, test, and even help operate these systems, and when software chooses tactics inside a commander’s broad orders, who is responsible if something goes wrong?^[22]

Conservative Common Sense: Power, Prudence, And Production

From a conservative, common‑sense point of view, the core trade is clear. America needs to maintain air superiority against China and other rivals without bankrupting itself on a handful of exquisite fighters. Collaborative Combat Aircraft promise more shooters in the sky, faster adaptation through software, and a stronger industrial base of multiple competing firms. The move to lock in two airframe producers and a three‑way autonomy race looks like a healthy push toward competition, not a slide into a single favored champion.^[2]^[5]

But this is still the early innings. Prototypes are flying; production contracts are awarded; Congress is being asked for almost a billion dollars in early procurement for these wingmen.^[6] The real test will come when these drones deploy with live weapons, in real formations, against a thinking adversary. If the Air Force can keep vendors competing, keep costs in check, and keep a human chain of command over lethal decisions, CCA could mark the point when the age of manned‑only fighter dominance quietly ends—and America’s airpower advantage quietly widens.