Raytheon Unveils New Rocket-Powered Variant of Coyote Anti-Drone System

Revolutionizing Drone Defense with the New Coyote Block 2C+RM

Raytheon has developed an advanced variant of its popular Coyote anti-drone system, named Block 2C+RM. This version integrates a solid-fuel rocket engine to drastically improve speed, range, and overall threat neutralization capabilities. As drone attacks become more sophisticated, military and security agencies seek systems capable of countering high-speed, single-pass threats with greater accuracy and response time.

Successful Live Testing Demonstrates Enhanced Performance

Within just over a year of development, Raytheon completed three successful live-fire tests of the Block 2C+RM. These tests took place ahead of the annual Association of the United States Army (AUSA) conference, illustrating the rapid transition from concept to operational readiness. The testing involved static firing of the new rocket engine, which provided critical data validating the system’s increased velocity and flight stability.

The motivation behind these tests centers on countering single-axis attack drone threats. The fast-acting, high-speed capabilities of the new variant aim to provide defense units with a decisive advantage in effectively intercepting high-speed, low-altitude aerial threats.

Why Switch to a Solid Rocket Engine?

Traditional Coyote systems rely on turbojet engines complemented by small booster rockets. However, these configurations struggle to deliver the immediate velocity and operational range needed against modern drones. The new solid-fuel rocket engine addresses these challenges:

• Increased velocity: Provides rapid acceleration, reducing the time available for drones to evade detection or interception.
• Enhanced range: Extends operational reach, allowing defense units to neutralize threats at greater distances.
• Improved responsiveness: React faster due to the engine’s straightforward ignition and burn characteristics.

Technical Details and Development Timeline

The development of the Block 2C+RM began approximately 15 months ago, with upfront testing focusing on static engine firing and integration with existing systems. The phased approach ensures seamless adaptation between the turbojet and rocket propulsion modes, maximizing the effectiveness of the entire system.

Raytheon’s partners, including unnamed subcontractors, played a pivotal role in providing the new rocket engines and integrating them into the system. This collaborative effort ensures that the new variant can be rapidly deployed once operational testing results.

Enhanced Targeting: Upgraded Radar and Warhead Capabilities

The Block 2C+RM features more than just a faster engine. The targeting hardware also gains updates — including a refined radar seeker head and a new sophisticated warhead. These improvements aim to increase hit probability and destructive effectiveness against increasingly elusive targets.

• Advanced radar seeker: Offers better target discrimination and tracking accuracy in cluttered environments.
• Conventional and penetrative warheads: Handle a broad spectrum of drone configurations, from small, fast-moving quadcopters to larger, more resilient threats.

Strategic Implications for Military Defense

With the deployment of solid-fuel rocket-powered anti-drone systems, the US military and allies significantly boost their defense against low-flying unmanned systems. The high speed, extended range, and upgraded targeting make the system an essential component in modern layered air defense strategies.

As the threat landscape shifts, Raytheon’s innovation demonstrates a proactive approach to developing multi-faceted countermeasures capable of neutralizing advanced drone incursions.