Ondas Holdings Inc. has secured its largest purchase order to date for its Iron Drone Raider C-UAS systems. The $8 million order comes directly from a major military customer and includes multiple Raider systems, associated infrastructure and support services. These systems will be used in live security operations to provide aerial protection against hostile drones.

This contract highlights the growing demand for advanced counter-drone technologies, particularly as military and homeland security officials across the globe seek effective solutions to mitigate the increasing threat posed by UAS.

The Iron Drone Raider is designed for hard-kill counter-drone operations, utilising autonomous capabilities to detect, track and intercept hostile drones with minimal collateral damage. Ondas’ system offers a cost-effective alternative to traditional defence methods like machine guns and missiles, which can cause unintended destruction.

“We are thrilled to achieve this significant milestone as we prepare to support live security operations with our Iron Drone Raider platform,” said Eric Brock, CEO of Ondas.

Brock emphasised the platform’s ability to meet rigorous military requirements while offering persistent availability and precision. The company expects further growth through Iron Drone adoption by military and security customers. Ondas is also positioning its Optimus platform for future defence market opportunities, further expanding its aerial security solutions.

The global C-UAS market, valued at $1.6 billion in 2023, is projected to grow at a 27.8 percent CAGR to $14.9 billion by 2032, driven by government spending on defence and homeland security applications. Ondas is preparing to scale production to meet the rising demand for its Iron Drone Raider system, targeting national security organisations focused on protecting borders, critical infrastructure and civilian populations.

As the UAS threat continues to evolve, Ondas believes its Iron Drone Raider system can offer a promising and innovative solution to address the growing need for effective C-UAS measures in both military and security operations.

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