US Air Force issues Sources Sought notice for next-gen semi-autonomous collaborative platform

Key Points

• The U.S. Air Force published a Sources Sought notice on July 24, 2026, seeking companies to build a Next Generation Semi-Autonomous Collaborative Platform.
• Responses are due August 10, 2026, and the notice explicitly states no contract award is planned from this market research step.

Market Research Notice Issued

The U.S. Department of the Air Force published a market research notice this week seeking companies capable of designing, developing, prototyping, manufacturing, and fielding what it calls a Semi-Autonomous Collaborative Platform — government shorthand for an uncrewed jet aircraft smart enough to fly and fight alongside a piloted fighter without a human controlling every move.

The notice was issued by the Air Force Life Cycle Management Center’s Fighter and Advanced Aircraft division at Wright-Patterson Air Force Base in Ohio. It carries a formal label known as a Sources Sought synopsis, a specific type of government notice that exists purely to identify which companies could theoretically do the work — not to actually purchase anything yet.

The Air Force made that distinction explicit in the notice, stating plainly that the announcement does not obligate the government to anything and that the service has no intention of awarding a contract or paying for any information companies submit in response. This legal formality signals that the Air Force is still gathering options rather than locking in a plan.

What Is an Autonomous Collaborative Platform?

This kind of aircraft, known across the Pentagon by the acronym ACP (Autonomous Collaborative Platform), represents one of the most closely watched shifts in American airpower in decades. Rather than flying like a traditional drone piloted remotely by an operator watching a video feed, an ACP uses onboard autonomy and artificial intelligence to navigate, maneuver, and even employ weapons largely on its own. A human pilot in a crewed fighter such as an F-35 or F-22 acts more like a mission commander directing a team than a joystick operator controlling every input.

Progress Beyond the Drawing Board

The U.S. Air Force has already pushed this concept well past the design phase:

• General Atomics flew its YFQ-42A prototype for the first time in August 2025.
• Northrop Grumman’s semi-autonomous prototype, originally developed under the internal name Project Talon, earned the official designation YFQ-48A in December 2025.

Both aircraft represent the opening round of a broader effort the Air Force calls Collaborative Combat Aircraft (CCA) .

Increment 1 and Production Plans

The first round, known as Increment 1, is already moving from prototype flights toward actual production. According to program tracking published by Shephard Media:

• The Air Force awarded production contracts to Anduril and General Atomics in June 2026.
• The contracts cover the first 150 aircraft.
• Delivery is expected before the end of the decade.

However, the Air Force has made no secret of wanting far more than 150 of these aircraft eventually. Senior officials have signaled ambitions to field somewhere between several hundred and roughly 1,000 CCAs by the early 2030s — a scale that would require bringing in additional manufacturers beyond the handful of companies that won the earliest contracts.

This week’s Sources Sought notice for a Next Generation ACP fits squarely into that broader push, functioning as an early step toward identifying which companies might compete for the increments still to come after the current production round wraps up.

Strategic Rationale

The reasoning behind the entire program traces back to a blunt strategic problem the Air Force has been wrestling with for years: crewed fighters alone, no matter how advanced, cannot generate enough combat mass to reliably outnumber and outlast a determined adversary like China in a prolonged fight.

Building enough traditional manned fighters to match that kind of numerical challenge would cost more than Congress has shown any appetite to fund. The Air Force settled on a cheaper alternative: pairing a smaller number of expensive, sophisticated piloted jets with a much larger number of less expensive, semi-autonomous aircraft that can:

• Absorb risk
• Extend sensor range
• Carry additional weapons
• If necessary, get shot down without costing a pilot’s life

Air Force leadership has described this affordable mass approach as fundamentally changing the way the service expects to fight future air campaigns. This philosophy is reinforced by the branch’s own engine development push — GE Aerospace received a contract in May 2026 to mature a new engine specifically built for the ACP program’s medium thrust class of aircraft, a sign that the Air Force is investing not just in airframes but in the entire supporting industrial base these platforms will need.

What Remains Unknown

The notice does not reveal:

• Which specific requirements or performance benchmarks the Next Generation ACP will need to meet
• How it might differ technologically from the Increment 1 designs already in flight testing
• What timeline the Air Force envisions for bringing this next generation of semi-autonomous aircraft into service

Those details will likely emerge only after the market research phase concludes and the service decides whether to move forward with a formal acquisition program. For now, the notice serves as a public signal that the Air Force is already looking past its first batch of Collaborative Combat Aircraft toward a future in which semi-autonomous jets become a routine, numerous, and decisive part of American combat air power.