US Army Initiates Search for Next-Generation Anti-Drone Missile
The US Army has launched a procurement program for the Next Generation C-sUAS Missile, a new surface-to-air weapon designed to intercept small and medium unmanned aerial systems. The initiative aims to extend the engagement range and speed of current counter-drone defenses, integrating seamlessly with existing launch infrastructure to address evolving aerial threats on the battlefield.
Key points
- The US Army initiated a formal search for a new surface-to-air missile designated as the Next Generation C-sUAS Missile.
- The weapon is specified to target Group 2 drones weighing between 21 and 55 pounds and Group 3 drones weighing under 1,320 pounds.
- Performance requirements dictate a launch time within five seconds of a command and an initial interception range exceeding 16 kilometers at a 6-kilometer altitude.
- Future objectives for the missile program include extending the engagement capability beyond 25 kilometers at an 8-kilometer altitude.
- The new missile is intended to integrate directly into the existing Coyote Launch System and utilize a radar seeker for guidance.
The United States Army has formally initiated a search for a novel surface-to-air missile system aimed at neutralizing small and medium-sized unmanned aerial threats. Designated as the Next Generation C-sUAS Missile, the program seeks to upgrade current counter-drone capabilities by providing faster engagement and extended interception ranges.
According to the service branch specifications, the new weapon must be capable of defeating Group 2 drones—such as Boeing's ScanEagle—which weigh between 21 and 55 pounds, fly below 3,500 feet, and travel at speeds under 250 knots. Additionally, the missile must neutralize larger Group 3 drones, including Insitu's RQ-21 Blackjack, which weigh under 1,320 pounds and operate below 18,000 feet while maintaining speeds under 250 knots.
Performance criteria demand that the missile clear its launcher within five seconds of an operator issuing a firing command. Initial operational objectives require the system to intercept targets at an altitude of 6 kilometers at distances beyond 16 kilometers. Furthermore, long-term objectives look to push the engagement envelope past 25 kilometers at an altitude of 8 kilometers. The design will rely on a radar seeker for guidance, ensuring compatibility with current air defense networks and existing Coyote Launch Infrastructure.
Sources
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