The Loyal Wingman Era Begins: US Air Force Requests Nearly $1 Billion for First Collaborative Combat Aircraft Procurement

For the first time in the history of American air power, the United States Air Force has asked Congress to fund the purchase of Collaborative Combat Aircraft, marking a definitive transition from experimental prototyping to operational procurement and signaling the dawn of what senior leaders call the "loyal wingman" era. The fiscal year 2027 budget request, released on April 3 as part of the Pentagon's broader spending plan, includes $996.5 million in procurement funding for Increment 1 CCA production, plus $150 million in advance procurement for FY28, alongside roughly $1.37 billion in continued research and development. The total program request reaches approximately $2.37 billion, making it the single largest new addition to the Air Force's $30.64 billion aircraft procurement account.

The significance of this request extends well beyond its dollar figure. Unlike traditional remotely piloted aircraft such as the MQ-9 Reaper, which are designed for permissive airspace and intelligence-gathering missions, Collaborative Combat Aircraft are jet-powered, semi-autonomous systems engineered from the ground up to fight alongside manned fighters. The concept places a human pilot in the role of mission commander aboard an F-35, F-22, or the future F-47, while two or more CCAs operate as semi-independent wingmen using onboard autonomy for navigation, sensor fusion, and weapons employment. The Air Force's notional plan calls for each manned fighter to control two CCAs, though testing and simulation suggest a single pilot could effectively manage three to five, potentially more, as autonomous algorithms mature.

The urgency driving this program is rooted in a hard operational reality: the United States cannot generate sufficient combat mass with crewed fighters alone against a peer adversary, particularly in the vast distances of the Western Pacific. China's People's Liberation Army Air Force and Naval Aviation arm operate over 2,000 fighter aircraft, and while American platforms are qualitatively superior on a unit-by-unit basis, quantity possesses a quality all its own. CCAs are designed to be, in the words of senior Air Force officials, affordable enough to lose, capable enough to fight, and numerous enough to matter, accepting risks that would otherwise fall to crewed fighters and their pilots. The entire philosophy represents a fundamental shift in how the United States approaches air superiority.

Increment 1 CCA will focus primarily on air-to-air and strike missions, with electronic warfare and intelligence, surveillance, and reconnaissance variants planned for later increments. The Air Force has signaled interest in acquiring 100 to 150 aircraft in Increment 1 as part of a longer-term goal stretching into the hundreds, potentially low thousands, across multiple increments. General Atomics's YFQ-42A and Anduril's YFQ-44A are the lead competitors for the initial production lot, with Northrop Grumman's YFQ-48A in testing for later phases. A final production decision for Increment 1 is expected this summer, and budget documents suggest roughly 30 airframes for the FY27 lot, though exact quantities depend on final unit costs. Col. Timothy Helfrich, the program's portfolio acquisition executive, stated during a Defense One panel on March 25 that the program is currently tracking below the original $30 million per-unit target, a notable achievement in an era of chronic defense cost overruns.

The program's momentum is further underscored by the scope of industry involvement. Nine vendors are already under contract for Increment 2 prototypes, reflecting the Air Force's determination to maintain competitive pressure and avoid single-source dependency. Service officials have indicated that wargaming increasingly favors larger numbers of lower-cost CCAs for a Pacific fight, where sheer numbers of survivable platforms could prove decisive in saturating adversary air defenses and extending the reach of limited manned fighter fleets across the enormous distances of the Indo-Pacific theater.

The strategic implications for allies and partners are equally significant. On April 23, the Netherlands became the first ally to commit funding for two Increment 1 CCAs, a partnership under which the aircraft will remain U.S. property and operate with the Air Force's Experimental Operations Unit at Nellis Air Force Base, with Dutch personnel embedded to develop concepts of operations. Air Force Secretary Troy Meink emphasized that the future fight will be fought with allies and partners, and that aligning approaches early ensures interoperability and shared advantage in the era of human-machine teaming. This partnership model could prove as consequential as the technology itself, establishing a framework through which allied air forces can integrate into a distributed, AI-enabled combat network without requiring independent development of their own autonomous platforms.

Yet the path from budget line to operational capability remains littered with challenges. The Air Force has not yet made several key decisions: where CCAs will be based, who will maintain them, how pilots and maintainers will be trained, and how the aircraft will integrate into existing fighter squadron structures. Autonomy software, supply chain maturity, and integration with manned platforms remain works in progress. The question of whether to aggressively scale Increment 1 production or accelerate Increment 2 development, which focuses on more advanced mission sets, could prove a difficult balancing act. How CCAs will be distributed across active-duty, Guard, and Reserve units also remains unresolved.

Congressional approval represents another hurdle. While the CCA procurement request sits in the base budget rather than the more politically fraught reconciliation package, lawmakers have already requested detailed briefings on mission sets, human-machine interfaces, production scaling, and integration plans. Any push for minimum quantity language or additional oversight requirements is likely to emerge during the FY27 markup process. The program's success will depend not only on technical performance but on whether the Air Force can articulate a coherent operational concept that convinces skeptical lawmakers that autonomous wingmen represent a sound investment rather than a speculative gamble.

The broader context of global defense spending adds urgency to these decisions. Global military expenditure has hit yet another record high, driven by conflicts in the Middle East, continued war in Ukraine, and intensifying great-power competition in the Indo-Pacific. The United States finds itself stretched across multiple theaters simultaneously, from the Strait of Hormuz where Admiral Brad Cooper commands 15,000 troops, Navy destroyers, and over 100 aircraft in the ongoing confrontation with Iran, to the Western Pacific where China's military modernization continues unabated. In this environment, the CCA program offers something precious: the prospect of dramatically increasing combat mass without proportionally increasing the number of pilots, airframes that require years of training, or the political and financial costs associated with expanding the manned fighter fleet.

The FY27 budget request does not merely ask Congress to buy drones. It asks lawmakers to commit to a fundamentally new paradigm of air warfare, one in which artificial intelligence and human judgment share the cockpit, where attrition is built into the tactical calculus, and where America's ability to project power across the Pacific may ultimately depend on the performance of machines that have never carried a pilot at all.