U.S. Air Force Advances Air Combat with Deployable Drones
The U.S. Air Force is rapidly evolving air combat strategies through the integration of drones, aiming to enhance fighter pilot safety and effectiveness. A key development is the LongShot program, designed to equip fighter jets like the F-15 with deployable unmanned aircraft capable of utilizing air-to-air missiles.
The LongShot Program: A New Approach to Air Combat
The LongShot program, a collaboration between the Defense Advanced Research Projects Agency (DARPA) and General Atomics Aeronautical Systems, represents a “major leap in human-machine teaming,” according to Brig. Gen. Jason E. Bartolomei, commander of the Air Force Research Laboratory [1]. DARPA anticipates a significant impact on air combat once LongShot is fully operational.
Currently designated as the X-68A, LongShot is designed to augment, rather than replace, traditional air combat operations. The system requires human pilots to initially position the drone closer to its target, reducing pilot exposure to frontline combat whereas still leveraging their skills and judgment.
Colonel John Casey, DARPA LongShot program manager, explains that the program “burns down significant technical risk and presents a viable path for the military services to increase air combat reach and effectiveness from uninhabited, air-launched platforms.” [1]
Platform Agnostic Design and Expanding Drone Capabilities
While initially developed for the F-15 platform, DARPA intends to make LongShot platform agnostic, enabling integration with other fighter jets and bombers [1]. This versatility will allow multiple aircraft to benefit from the system’s unique capabilities.
The Valkyrie drones, similar in concept to LongShot, have already been integrated into training exercises with F-16C Fighting Falcons and F-15 Strike Eagles, functioning as “loyal wingmen” to the pilots [1]. These drones are capable of stealth surveillance, long-range flight at high-subsonic speeds, and can be modified for various operations due to their interior bomb bays and wing stations. They as well don’t require traditional runways for operation.
Timeline and Broader Implications
DARPA estimates that LongShot will be flight-ready by the conclude of 2026, at the earliest [1]. This timeline depends on the successful completion of ground and integration testing. Once operational, the X-68A will be launchable from larger aircraft, engaging enemy targets ahead of the main force, and potentially supporting reconnaissance missions and bomber protection.
This push towards unmanned systems aligns with a broader trend in military technology. The Pentagon is increasing production of low-cost drones manufactured using off-the-shelf components for rapid deployment [2]. Defense Secretary Pete Hegseth has described these drones as examples of “disruptive thinking.” The increasing prevalence of drones globally, with adversaries producing millions annually [3], underscores the importance of the U.S. Military’s investment in unmanned vehicle technology.
Recent Security Concerns
The increased focus on drone technology comes amid concerns about security risks. In February 2026, a former U.S. Air Force pilot, Gerald Eddie Brown, Jr., was arrested for allegedly providing defense services to the Chinese military [4]. This case highlights the demand to protect sensitive military expertise and prevent the transfer of knowledge to potential adversaries.