RTX Completes Three Coyote Block 2C+ Interceptor Tests

The upgraded drone interceptor platform successfully passed a series of development tests for faster engagement.

Updated on Oct. 26, 2026 in Terrorism

Isometric editorial illustration of a tactical interceptor missile on a test rack, representing advancements in counter-drone defense technology. — RTX successfully completed three development tests of its Coyote Block 2C+ interceptor, which incorporates a new motor for faster engagement against drone threats. AI Illustration. Upload story photo >

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In Q3 2026, RTX completed three development tests for the new Coyote Block 2C+ RM interceptor. This variant features a new tactical rocket motor, seeker, and warhead to address evolving drone threats.

Why it matters

The interceptor was designed to enable faster rates of engagement and quicker follow-up shots against current and emerging drone threats. This design shift aims to improve the effectiveness of counter-drone architectures globally.

RTX successfully completed three development tests for the new interceptor configuration. The development cycle for this technology was completed in 15 months from concept to testing.

The players

RTX

RTX is a major aerospace and defense corporation that specializes in the development of advanced systems for military and commercial applications.

The details

The latest test series featured the first firing of an interceptor equipped with the new tactical rocket motor designed to optimize launch and flight performance. Previous versions of the Coyote system have already successfully engaged hundreds of drones in various environments.

Development from concept to testing occurred over a 15-month period.
The development tests were completed in Q3 2026.

Legal Context

This development follows a pattern set by the historical performance record of previous Coyote drone-interceptor versions, which have already engaged hundreds of targets. The move signifies a transition toward faster engagement capabilities to counter rapidly evolving aerial threats.

The advancement of counter-drone technology is intended to bolster defensive capabilities against emerging threats in global environments. These developments assist military and security forces in maintaining airspace safety by enabling quicker response times against drone incursions.

The takeaway

The Coyote Block 2C+ represents a significant step in optimizing interceptor performance for high-speed engagement scenarios. Upgrading tactical rocket motors and seekers remains a primary focus for manufacturers looking to stay ahead of drone proliferation trends.