A New U.S. Weapon System Is Raising Big Questions in Moscow and Beijing

Imagine a scenario where tensions in the South China Sea reach a boiling point.

Suddenly, sH๏τs are exchanged between the U.S. and China.

In response, a Chinese drone mothership launches a swarm of ᴅᴇᴀᴅly unmanned vehicles (UVs) aimed directly at a U.S. military base located within the First Island Chain.

The air raid sirens blare, and U.S. air defense forces scramble into action.

But instead of the skies being filled with anti-drone missiles and the chaos of gunfire, the base simply deploys a handful of its own UVs.

At first glance, this seems like an utterly inadequate response.

How could these few drones possibly contend with the mᴀssive swarm approaching?

Yet, as the U.S. drones close in, the Chinese drones begin to fall from the sky, disabled and rendered completely useless.

Chinese commanders watch in disbelief as their swarm is systematically defeated, only to have U.S. guided missiles streak towards their retreating mothership.

This scenario may sound like something out of a science fiction novel, but it is becoming a reality with the U.S. military’s latest weapon system, the Coyote Block 3 and K.

This groundbreaking anti-drone technology has successfully demonstrated its capability to neutralize enemy drones without firing a single sH๏τ or colliding with them directly.

Footage released from U.S. Army tests at the Yuma Proving Grounds in Arizona in early 2026 showcases the Coyote Block 3K, which stands for non-kinetic, zapping a swarm of drones right out of the sky.

These tests are part of a broader initiative known as the Low, Slow, Small, Unmanned Aircraft Integrated Defeat System (LIDS), designed to validate the latest Coyote variant under intense drone saturation attacks.

In these tests, around ten drones approached from various directions, challenging the radar’s capability to track them while testing the Coyote’s ability to lock on, make decisions, and engage.

According to the footage provided by its manufacturer, Rathon, the tests were a resounding success.

In the video, the incoming drones simply tumble from the sky as they come into proximity with the Coyote.

Not a single one escapes.

Once its mission is complete, the Coyote is guided into a large net, allowing it to be recovered intact and reused.

These tests indicate that the Coyote Block 3 and K drones are likely ready for deployment, if they haven’t been already.

This marks the culmination of a process that began in earnest five years ago.

In February 2021, the U.S. Defense Department, recently rebranded by President Donald Trump as the Department of War, awarded a $33 million contract to Rathon.

The goal was to develop a Coyote Block 3 autonomous strike capability to support the Navy’s future advanced strike or fast initiative.

This included work to achieve operational launch capability from unmanned surface vessels (USVs) and unmanned underwater vessels (UVs), with an expected completion date set for February 2024.

By April 2022, substantial progress was evident, leading the Defense Department to announce a $10 million modification to that contract aimed at designing, building, and integrating the Coyote Block 3 launch tube ᴀssembly into a UV.

In May 2023, Rathon received another contract modification worth up to $147 million to complete these modifications, with the work now slated for completion by Christmas Day 2024.

The footage from the latest tests shows the Coyotes being fired from ground-based launchers.

It remains unclear whether they have been tested or deployed on Navy USVs or UVs, but the timing of this latest test is significant, not just for its military implications but also for Donald Trump and the shareholders of Ardex Corporation, Rathon’s holding company.

In January 2026, Trump issued an executive order threatening to restrict dividends and stock buybacks of U.S. defense contractors unless they improved delivery performance.

The Pentagon subsequently announced comprehensive performance evaluations of its contractors, with RTX Corporation named as one of the main companies targeted alongside other major defense firms like Lockheed Martin and Northrop Grumman.

RTX Corporation is under pressure to increase weapon production while maintaining investor returns, which have been quite lucrative in recent years.

Despite a slight drop in RTX’s share price following Trump’s announcement, it remains up over 60% compared to a year ago and an astonishing 175% compared to five years ago.

Successfully delivering the Coyote Block 3 and K, even if these tests come more than a year past the expected delivery date, should help offset Rathon’s other recent high-profile delivery delays, including AGM 154 C Joint Standoff Weapon glide bombs and SM-6 missiles.

This success is crucial for maintaining the confidence of both Trump and investors, especially considering the sheer military potential of the Coyote system.

The Coyote Block 3 is a truly unique weapon with capabilities and use cases that set it apart from anything else in its class.

Both previous iterations, Coyote Block 1 and Block 2, are already in use with the U.S. military, underscoring the platform’s high regard.

The original Block 1 was developed as a result of a 2004 U.S. Navy Office of Naval Research (ONR) specification for a small unmanned aerial vehicle (UAV) designed to provide standoff surveillance capability.

Advanced Ceramics Research Incorporated, which was later acquired by Rathon, delivered the Coyote with its maiden flight in 2007.

The Coyote is packed in a canister that can be launched from ships or ground-based pneumatic tube launchers.

Once ejected, a parachute deploys, drawing the canister away from the airframe.

The UAV’s wings, twin vertical tails, and propeller blades extend, and a small electric motor starts, initiating a pull-up maneuver.

While its primary usage is for intelligence, surveillance, and reconnaissance (ISR), it can also be equipped with a kinetic warhead and converted into a loitering munition.

Rathon has successfully demonstrated the Coyote’s swarming capabilities as part of ONR’s Low-Cost UAV Swarming Technology (LOCUST) program, where several UAVs operate together autonomously as a team.

However, the Coyote’s relatively slow speed has been a disadvantage, particularly when quick engagement of fast-moving incoming adversary drones is necessary.

With a length of three feet, a wingspan of just under five feet, and a weight of 13 lbs without a warhead, it’s an ideal size for canister launch.

Its ceiling of 30,000 feet and 80-mile link range make it useful for ISR across an extended area, but its maximum speed of 80 meters per second and cruising speed of 63 m/s are not fast enough to effectively counter certain adversary drones.

Nonetheless, the upgraded Block 1B has become a key component of the U.S. Army’s counter-unmanned aerial system operational since 2019.

The Army procured thousands of them for use in its mobile low slow small unmanned aircraft integrated defeat system (LIDS) and fixed sight LIDS.

The U.S. Marine Corps also began using the Block 1B as part of its ground-based air defense counter-UAV system in 2018.

In response to experiences from the war in Ukraine, Rathon developed a jet-powered derivative called the Coyote Block 2.

This version is designed as an interceptor drone, effectively serving as an anti-drone surface-to-air guided missile.

It uses a rocket-ᴀssisted launch and is powered in flight by a small turbojet engine.

Instead of flip-out wings, it features fins for lift and maneuverability.

The tungsten fragmentation warhead is optimized for use against small drones, capable of engaging targets at a range of up to nine miles, with a reattack capability if the target evades the first hit.

With a speed of 345 mph, it is rapid enough to intercept most large incoming drones.

As a result, the U.S. Army has upgraded its LIDS and SLIDS systems to utilize Block 2 and Block 3 Coyotes.

In December 2023, the Army revealed plans to purchase 6,000 Block 2s and 700 Block 3s, along with fixed and mobile launchers and radars.

The current MIDIs configuration consists of a four-force MTV vehicle with a turret armed with a two-round Coyote launcher and a 30mm XM 914 automatic cannon.

The turret is equipped with electro-optical sensors to help spot and track incoming drones, along with a mounted radar to cue the Coyotes.

The complete LIDS system includes a second MTV vehicle equipped with additional sensors and electronic warfare capabilities.

SLIDS is a two-part palletized system with the first pallet containing a foreground Coyote launcher and sensor array, and the second containing a radar system.

The Coyote Block 3 offers two significant advantages as an anti-swarm countermeasure.

Firstly, its ability to take down multiple drones at once completely rebalances the cost-effectiveness equation.

Secondly, it can be recovered and reused, allowing for rapid turnaround and sustained defensive tempo during repeated attack waves.

The Block 3 can also serve as a node in the forward area air defense command and control network, working with other Coyotes to autonomously divide targets and engage them efficiently.

From a battlefield commander’s perspective, a recoverable non-kinetic interceptor changes how a defended unit can pace its engagement.

The Army appears enthusiastic about the potential of the Coyote system, announcing a contract valued at nearly $5 billion for Coyote interceptors with deliveries running through 2033.

With adversaries like China, Russia, Iran, and North Korea actively developing drone swarm technology, the Coyote Block 3 and K could serve as a crucial countermeasure.

As innovative anti-drone systems continue to be implemented at scale, the Coyote represents a smart, cost-effective, and reusable solution for dealing with multiple drones simultaneously.

As developments in this space unfold, staying informed is essential for understanding the future of military engagements and aerial defense strategies.