Coastal Surveillance Drone Radar
Secure patrol vessels, borders, and critical maritime infrastructure against drone threats with precision-engineered C-UAS radar that delivers 360°, 3D coverage in one small but mighty package.
Secure patrol vessels, borders, and critical maritime infrastructure against drone threats with precision-engineered C-UAS radar that delivers 360°, 3D coverage in one small but mighty package.
Effective coastal surveillance requires visibility in every direction. IRIS provides a 360° view of your airspace in full 3D, giving you uninterrupted visibility. No blind spots, no gaps.
Securing critial maritime infrastructure demands accuracy – especially when birds, bad weather, and waves overwhelm operators with false alarms. IRIS drone detection radar uses micro-Doppler and deep neural network (DNN) technology to cut through the clutter and deliver dependable detection in a range of conditions.
With IRIS OTM at Sea, you can identify and classify drones while travelling at speeds of up to 54 knots. From patrol vessels to military vehicles, it delivers continuous coverage wherever the mission takes you.
IRIS is built for the realities of coastal surveillance and deployment. It's salt- and corrosion-resistant, certified for extreme temperatures, and equipped with advanced sea-clutter filtering. Whether you're deploying at a container port on the Gulf Coast or an offshore platform in the North Sea, you can rely on IRIS.
The drone threat evolves fast. But with continuous advances in AI and deep neural network technology, Robin Radar matches the pace.
IRIS packs 360° drone detection and accurate target classification into a compact 29 kg (64 lb) package that deploys in under 15 minutes – on land or at sea.
"What we are seeing globally is that the drone threat is no longer confined to the battlefield or to land-based infrastructure. Shipping lanes, ports, harbours and offshore assets are now all exposed to low-cost aerial threats that can disrupt trade, damage infrastructure and threaten civilian safety."