Raytheon says its Coyote Block 2C+RM interceptor completed three developmental tests, including launches with a tactical rocket motor. The October 12 disclosure focuses on faster engagements against evolving drone threats, but publicly available results remain limited. Aviation Week.
What changed in the interceptor
Aviation Week reported that the new variant replaces the prior booster-and-turbojet arrangement with a single solid rocket motor and adds an updated seeker and warhead. RTX says the tests also checked early integration with the existing counter-drone architecture.
Speed and the engagement window
For defenders, launch delay and flight time matter when a drone is fast or detected late. A rocket motor may shorten that interval and help support successive engagements. The public announcement does not give speed, range, target type, miss distance or comparative results, so the operational improvement cannot yet be quantified.
A developmental milestone
RTX describes the work as company-funded and says the program moved from concept to testing in 15 months. Testing is a meaningful step, but it is distinct from qualification, procurement or field deployment of this particular upgrade.
The system around the shot
An interceptor depends on sensors, classification, fire control and sufficient inventory. Raytheon says the Coyote family works with its KuRFS radar in layered defense. The new motor will matter most if it improves the full detect-to-engage chain in repeatable trials.
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