The phrase “Air dominance is not a birthright, but it has become the synonym of American air power,” said then-Air Force Chief of Staff General David Allvin, which suits the silent change within the concept of the “sixth-generation” thinking as it no longer attaches itself to airframes, but rather what the aircraft will make possible.
At the heart of that change is not the individual new fighter but a framework of structures: manned aircraft serving as mission managers, uncrewed jet-powered expandsers of mass and range, programmable autonomy technologies that transform said resources into more than a remote-controlled add-on. The prototypes, the renderings, the occasional hint of a tailless figure, are just the tip of an iceberg of competition, carried out in large part through code, standards, data links.
The Collaborative Combat Aircraft project of the U.S. Air Force demonstrates how swiftly the concept of the “loyal wingman” has been refined into an acquisition program comprising of actual airplanes, and, most importantly, actual packages of autonomy. Two prototypes of uncrewed tactical jets are already flying: Anduril YFQ-44A and General Atomics YFQ-42A. The inflection point of the program is not a dogfight demonstration or a new stealth coating, it is a decision on an integrated stack air vehicle plus mission brain, with the Air Force indicating that it will select an Increment 1 winner by the end of 2026. The choice is important as it dictates the pace of production and, more significantly, architecture that defines the speed at which new tactics and behaviors can be forced to the fleet.
The silence of architecture is the headline. The service is adopting an Autonomy Government Reference Architecture (A-GRA) which is owned by the government and is aimed at avoiding vendor lock, and to ensure autonomy can be ported to other airframes. Practically, it implies that the Air Force is attempting to make mission autonomy a replaceable payload: it can be tested, swapped out and updated without being lost in the black box of one prime contractor. This split-brain reasoning is manifested by the existing competition. The aircraft produced first is chosen in one of the contests; the preferred autonomy package is chosen in another contest and the results of the two need not coincide. Both the Hivemind of Shield AI and the Sidekick of Collins Aerospace have already flown on the first prototypes and have shown that a “sixth-gen” advancement can take the form of middleware, interfaces, and quick integration instead of a new cockpit.
It is another form of arms race since the decisive moments occur when networks are at their finest, and when they do not. These systems are not meant to transform all the drones into miniature fighter planes. Early CCA autonomy has been defined as the performance of given combat missions with meager human control, commencing with air-to-air weapons deployment, and the capacity to exchange information with crews of manned aircraft, get tasked and send back sensor data. That segregation of work raises a human pilot to the position of battle manager, leaving uncrewed platforms to take the risk, develop sensing, and carry extra weaponry. The implication scale also tells: the Air Force has spoken of purchasing no less than 1,000 Increment 1 CCAs, which creates the type of mass that traditional fighter production lines can hardly create.
In this context, high-end crewed fighters will be enabling nodes. The concept surrounding the F-47 NGAD has been greatly influenced by the notion of a manned air plane as a formation “quarterback,” with several uncrewed teammates being guided by a mature internet of reality and mutual situational awareness. What is more telling is the new argument that homo economicus generational advantage is behavioral: the nearer the jet is the more alone it flies, but the nearer the jet the more it is part of a wolfpack, and is linked and fused, and commands autonomous collaborators, the more it behaves like a different animal altogether, as explained in the analysis of networked integration and training transformation.
The disputed advantage, however, is the invisible war: the engagement over reliability of autonomy, the resilience of electronic warfare, the cross-vendor interoperability, and the ability of mission command to operate with degraded contacts. That place, the most “advanced” aircraft is the one that keeps the team coherent, still sensing, still sharing, still executing, when the first move of an adversary is to lie to the network, slow the network, or even shut the network.
