CX2 Expanded Vadris Drone Detection Capabilities
The firm updated its software-defined radio sensor to detect additional drone control links for the military.
Updated on Oct. 1, 2026 in Military
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CX2 released a new software-defined radio version of its Vadris sensor that now detects TBS Crossfire and DJI OcuSync control links. The system is designed to help operators locate enemy drone pilots by identifying radio signals.
Why it matters
This update addresses rapidly evolving control link frequencies encountered on the modern battlefield. The sensor provides real-time directional cues directly to an operator's video feed.
The U.S. Department of War has received over 450 Vadris systems to date. This figure represents a broad deployment of the technology, though the exact total inventory requirement remains unknown.
The players
CX2
This defense firm specializes in the development of software-defined radio technologies and drone surveillance systems.
U.S. Department of War
This federal agency manages the procurement and deployment of military equipment and defense technology.
The details
The Vadris sensor mounts onto FPV drones and monitors for specific radio activity to calculate the signal's direction. By overlaying these cues onto a video feed, operators can pinpoint the location of hostile pilots in the field.
Timeline
CX2 announced the release of the updated Vadris software-defined radio system on October 1, 2026.
Political Context
The integration of detection for the DJI OcuSync control link highlights how commercial off-the-shelf drone technology is forcing rapid adjustments in military equipment. Defense critics often argue that relying on software updates for sensors may struggle to keep pace with the iterative design cycles used by commercial drone manufacturers.
While this update primarily impacts battlefield operations, it underscores the increased reliance of the government on modular, software-defined defense systems. This shift could lead to faster procurement cycles but may also increase technical complexity for end-users in the field.
The takeaway
As commercial drone control links become more diverse, the ability to adapt defense sensors via software rather than hardware is becoming a strategic necessity. Future capabilities for this system will likely expand to cover additional frequency bands through similar updates.
Further reading
For more on evolving defense technologies, visit the Military section.
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Should the military prioritize using low-cost, disposable sensors for tracking enemy drone operators?
