The modern battlefield hums. Not with tanks or jets alone, but with the faint, omnipresent buzz of drones. Cheap, agile, and deadly effective, unmanned systems have rewritten the rules of warfare — and forced armies to rethink how they protect soldiers on the ground.

Thales believes the answer is not heavier armor or bigger weapons, but electromagnetic invisibility.

With the unveiling of Storm 2, Thales introduces a portable electronic warfare system designed to do what traditional defenses struggle with: protect individual soldiers from drones — without slowing them down.

Weighing less than 2 kilograms, Storm 2 is not mounted on a vehicle or hidden in a command post. It is designed to move with dismounted troops, acting as a localized electromagnetic shield that interferes with drone control links before they can strike.

From IEDs to FPV drones

Storm 2 is rooted in hard lessons learned in Iraq and Afghanistan, where radio‑controlled improvised explosive devices forced militaries to deploy electronic jamming systems around patrols and convoys. Those early countermeasures worked — but at a cost. They were heavy, power‑hungry, and often fixed in place.

Fast forward to today’s conflicts, and the threat has shifted upward. Armed drones and FPV platforms now deliver precision attacks from the air, often controlled using commercial radio links. The enemy is no longer hidden in the roadside — it’s overhead.

Storm 2 represents the next step in that evolution.

Electronic warfare, downsized

At its core, Storm 2 is a Cyber and Electromagnetic Activities (CEMA) node. It combines a software‑defined radio with a high‑performance processor, allowing rapid reconfiguration across a wide frequency range — from 20 MHz to 6 GHz.

That spectrum coverage matters. It enables Storm 2 to target the control links used by both military and commercial drones, adapting as adversaries change frequencies, waveforms, or tactics.

But what truly sets Storm 2 apart is how it uses power.

Reactive, not noisy

Unlike older jammers that emit continuously — broadcasting their presence to everyone on the battlefield — Storm 2 relies on reactive interference. It activates only when a potential threat is detected.

This approach delivers three advantages at once:

• Lower energy consumption
• Reduced electromagnetic signature
• Greater tactical discretion

In short, Storm 2 protects without shouting.

That balance between size, weight, power, and effectiveness is critical. Soldiers already carry too much. Any system that adds protection must not become a burden.

Distributed defense for modern units

Storm 2 is part of Thales’ broader C‑UAS ecosystem, which includes vehicle‑mounted systems and other portable solutions. Together, they support a distributed defense model, where protection is not centralized but embedded directly within maneuvering units.

This is particularly relevant against short‑range drone threats, where reaction time is measured in seconds and centralized defenses may be too far away.

Built to evolve at the speed of conflict

Perhaps the most strategic aspect of Storm 2 is its open architecture. Thales has designed the system to grow beyond simple jamming. Future capabilities could include spectrum analysis, drone video transmitter detection, or identification of tactical radio networks.

In a world where battlefield technologies can become obsolete in weeks, modularity is no longer optional — it is survival.

As Thales itself argues, modern conflicts have proven that technological superiority is fleeting. Systems must evolve continuously, or they become liabilities.

Storm 2 is not just a new device. It is a statement: electronic warfare is no longer a rear‑area capability — it now belongs in the soldier’s backpack.

The system will be officially presented at Future Soldier 2026, where Thales will showcase how invisible defenses may define the next generation of ground combat.

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