What makes ForceField different from conventional counter-drone systems?

ForceField integrates the full engagement cycle—detection, threat analysis, and kinetic response—into a single compact system. It operates passively without emitting signals, making it effective against fiber-optic FPV drones that jam-resistant electronics cannot stop, and it requires no external detection systems or dedicated interceptors.

Why can't traditional electronic warfare stop fiber-optic FPV drones?

Fiber-optic-controlled FPV drones transmit control signals through a physical cable rather than radio frequency, making them immune to radio-frequency jamming and standard electronic countermeasures. Systems like ForceField address this gap through passive detection and kinetic neutralization.

Can ForceField be added to existing military vehicles without major modifications?

Yes. Axon Vision designed ForceField for rapid integration onto existing platforms with no deep modifications to core vehicle systems. Its modular architecture also allows operators to deploy only the detection and EDGE AI layer alongside their own weapon systems if a full ForceField installation is not required.

Axon Vision Launches ForceField: Integrated C-UAS…

Axon Vision Launches ForceField: Integrated C-UAS System Designed to Protect Maneuver Forces

Axon Vision has unveiled ForceField, an integrated counter-UAS (C-UAS) system built on the company's proprietary EDGE AI technology. Combining passive detection, AI-driven threat analysis, and kinetic response in a single compact package, ForceField is specifically engineered to protect mobile forces against aerial threats—including fiber-optic-controlled FPV drones that conventional electronic warfare cannot defeat.

about 3 hours ago

Highlights

Axon Vision launched ForceField, an integrated C-UAS system combining passive detection, EDGE AI threat analysis, and kinetic response in a single compact unit.

ForceField is specifically engineered to counter fiber-optic-controlled FPV drones—threats that conventional electronic warfare and RF jamming cannot defeat.

The system operates fully passively, emitting no signals, to avoid disclosing the position of the protected force.

ForceField's modular architecture supports rapid integration onto existing vehicles using standard weapons and ammunition, with no need for specialized interceptors or logistics.

The product launch responds directly to battlefield lessons from the Russia-Ukraine conflict, where fiber-optic FPV drones have rendered traditional electronic countermeasures largely ineffective.

Axon Vision Launches ForceField Integrated Counter-UAS Protection System

Axon Vision has officially launched ForceField, a new protection solution designed to shield maneuver forces from aerial threats. Built on the company's proprietary EDGE AI technology, ForceField integrates detection, threat identification, and rapid response into a single combat system.

A Complete Kill Chain in One System

According to Axon Vision's press release, "ForceField integrates the complete combat cycle: detect, understand, respond. It combines passive threat detection, AI-driven analysis, and Man-on-the-Loop control with an integrated kinetic response for threat neutralization. This compact solution is designed to protect mobile units, vehicles, and combat positions, enabling rapid completion of the engagement cycle without the need to integrate multiple standalone systems."

Purpose-Built Against Fiber-Optic FPV Drones

Axon Vision notes that ForceField is specifically designed to counter fiber-optic-controlled FPV drones and other aerial threats that traditional electronic warfare measures cannot address. The system provides passive day-and-night detection without emitting any signals, preventing it from revealing the position of the protected unit. ForceField also operates autonomously, requiring neither a continuous communications link nor reliance on external detection systems.

Modular Architecture for Rapid Platform Integration

"The solution is designed for rapid integration onto existing platforms without requiring deep integration into core platform systems. It uses standard weapons and ammunition, eliminating the need for dedicated interceptors or specialized logistics chains. Its modular architecture allows Axon Vision to deliver either the complete ForceField solution or solely the detection and EDGE AI layer as a component, for integration with existing weapon systems."

The launch of ForceField reflects the urgent demand on the modern battlefield to counter small UAS threats—particularly following the widespread use of fiber-optic FPV drones in the Russia-Ukraine conflict, which has rendered conventional electronic jamming largely ineffective. Axon Vision's integrated solution is poised to offer maneuver forces a more flexible and comprehensive aerial protection option.

For more information, visit: www.forcefield-landing.netlify.app

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