U.S. advances infrared-guided APKWS variant to counter drone swarms - cuashub.com
AI Analysis
The U.S. Air Force is advancing an infrared-guided variant of the APKWS to counter drone swarms, with a $145 million contract awarded to BAE Systems. The new configuration aims to enhance targeting efficiency against Group 3 drones using a dual-mode seeker system.
Key Takeaways
- The U.S. Air Force is developing an infrared-guided APKWS variant to counter drone swarms.
- A $145 million contract has been awarded to BAE Systems for this development.
- The program addresses a Joint Urgent Operational Need from 2024 due to increased drone threats.
- The upgraded APKWS includes a Long Wave Infrared seeker and dual safe proximity fuze.
- Integration testing will occur on the F-16 and MH-60 platforms.
Why It Matters
This development addresses the growing threat of mass drone attacks, particularly from lower-cost Group 3 drones, which pose significant risks in conflict zones. The enhanced APKWS variant aims to improve the U.S. military's capability to efficiently target and neutralize multiple airborne threats, thereby strengthening air defense measures.
U.S. advances infrared-guided APKWS variant to counter drone swarms - cuashub.com
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U.S. advances infrared-guided APKWS variant to counter drone swarms
- [Adam Jeffs]
- [February 17, 2026]
- New To Counter UAS
The U.S. Air Force has released details of a $145 million contract action to develop and integrate an Air-to-Air Dual Mode weapon based on the Advanced Precision Kill Weapon System (APKWS), aimed at countering large groups of unmanned aerial systems.
According to a Justification and Approval document published February 13, 2026, the effort supports a Joint Urgent Operational Need (JUON) issued by combatant commanders in August 2024. The requirement was driven by what officials described as growing risks from mass attacks involving lower-cost Group 3 drones, potentially numbering in the hundreds, particularly in the U.S. Central Command area of responsibility.
The program focuses on upgrading the AGR-20F APKWS rocket, also known as FALCO, with new components to create prototype air-to-air rounds. The upgraded configuration includes a nose-mounted Long Wave Infrared seeker, a mid-body warhead, and a dual safe proximity fuze designed to defeat Group 3 UAS threats.
According to the document, the new configuration enables a handoff from laser designation to infrared homing, reducing the time aircraft operators must maintain laser contact with a target. The Air Force stated that the modification minimizes exposure during engagements while allowing faster targeting cycles against multiple airborne threats. The upgraded components are designed to remain compatible with the existing APKWS interface developed by BAE Systems.
Contract specifics
The contract action is structured as an Indefinite Delivery/Indefinite Quantity (IDIQ) agreement and is expected to be awarded on a sole-source basis to BAE Systems in Hudson, New Hampshire. Work must begin no later than the second quarter of fiscal year 2026 to meet operational timelines set by U.S. Central Command and Air Force Central Command.
Under the program plan, government personnel will assemble 300 prototype All-Up Rounds using components delivered through the contract. Of those, 100 rounds will support integration and qualification testing, while 200 will serve as operational test assets deployed for evaluation in operational environments. The prototypes are intended to provide an initial capability within 24 months of the original August 2024 JUON.
Integration testing is planned on the F-16 platform to validate airworthiness and operational performance requirements. The missiles are also intended for integration on the U.S. Navy’s MH-60 fleet.
Air Force acquisition officials concluded that BAE Systems was the only responsible source capable of meeting the required delivery schedule. Market research conducted through a March 2025 Request