Rapid Prototyping of the AGR-20F FALCO for Counter-UAS Operations
The military landscape is evolving at a breakneck pace, driven largely by advancements in drone technology and the emerging threats posed by unmanned aerial systems (UAS). Recently, the U.S. Air Force has identified a critical need for a rapid response capability against swarms of one-way attack drones, leading to the accelerated prototyping of derivatives from the AGR-20F FALCO air-to-air missile. This new solution aims to address urgent operational requirements as U.S. forces face increasing vulnerabilities, particularly in regions like the Middle East.
Meet the Integrators: BAE Systems
BAE Systems has stepped to the forefront, introducing an advanced variant of its infrared-guided Advanced Precision Kill Weapon System (APKWS). This new system is designed for rapid production and integration onto platforms such as the U.S. Air Force’s F-16 and the Navy’s MH-60. Given the pressing demand, the initial fielding of these missiles is expected no later than this fall, allowing for quick deployment in response to evolving adversarial threats.
Emerging Threats: The Context
The Joint Urgent Operational Need (JUON) CC-0588, issued in August 2024, highlights the severity of the Group 3 UAS threat. U.S. Central Command (CENTCOM) emphasized that without enhancements to the existing counter-UAS network, American forces could face “critical vulnerability” on the battlefield. This urgency is compounded by events like the unprecedented drone attacks in April 2024 against Israel, setting a historical benchmark for counter-UAS engagements.
The Need for Speed: Integrating New Technologies
In June 2025, U.S. forces engaged a staggering 1,200 one-way attack drones over a two-week window, underscoring the requirement for effective air-to-air solutions. Traditional methods saw fighters employing hundreds of air-to-air missiles in a bid to counter the drone onslaught, often necessitating gun systems as well. The integration of the new AGR-20F variant aims to mitigate issues related to cost and capability, optimizing performance in engagements against large swarms of drones.
Innovating Missile Technology: The Dual Mode
The “Air-to-Air Dual Mode” variant of the AGR-20F FALCO is engineered to tackle the challenges posed by these swarming UAS. This evolution features a nose-mounted long-wave infrared (LWIR) seeker and a warhead equipped with a dual safe proximity fuse. A notable upgrade includes the ability to transfer from laser designation to infrared homing—this capability reduces the required laser illumination time, thereby enabling faster engagements against maneuvering or massed unmanned aircraft.
Enhancing Payload and Cost-Effectiveness
The redesigned FALCO APKWS rocket focuses on delivering a scalable solution that can be produced in large quantities. According to military documents, the system is intended to counter lower-cost Group 3 UAS threats with an emphasis on affordability and effectiveness. This means that fighters can carry more missiles, increasing the likelihood of effective engagement against multiple threats.
The Selection Process: BAE’s Winning Solution
BAE Systems emerged as the optimal choice among 43 responses to a Request for Information issued by the Air Force in March 2025. Their prior work with APKWS weaponry has already proven crucial in defensive operations for U.S. commercial shipping in strategic waterways like the Red Sea, highlighting their extensive experience in counter-UAS solutions.
Future Ready: What Lies Ahead
As part of a contract to develop this advanced missile system, BAE Systems is set to produce 300 prototypes of the upgraded FALCO. The contract outlines plans for integrating 100 of these missiles into testing phases and designating 200 for operational purposes, allowing for direct deployment and evaluation in the Middle East. With these advancements, the U.S. military aims to bolster its capabilities against the rapidly evolving threats in modern warfare while ensuring the safety of its personnel and operational assets.
In Summary
The push for rapid prototyping in missile systems like the AGR-20F FALCO signifies a larger shift in military strategy aimed at addressing modern warfare’s challenges. This development reflects the U.S. military’s commitment to maintaining operational readiness in the face of increasingly sophisticated adversarial threats, ultimately shaping the future of air-to-air engagements.