Saildrone

Saildrone transforms long-endurance unmanned surface vehicles (USVs) into forward-deployed assets capable of delivering kinetic and non-kinetic effects. By integrating proven strike capabilities, electronic warfare (EW) payloads, and loitering munitions with industry-leading sensors and radars, Saildrone enables decision makers to close the kill chain and deliver scalable effects across vast maritime regions.

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Major hurricanes can destroy residential homes, inflict severe economic damage on local businesses, and even force unplanned movements for the military. The danger posed by a tropical cyclone is exceptionally severe when a storm undergoes rapid intensification, defined as an increase in maximum sustained wind speeds of at least 30 knots (35 mph) in 24 hours. This process remains difficult for forecasters to predict, but the consequences can be dire.

The Greenland-Iceland-United Kingdom (GIUK) Gap is a high-stakes maritime gateway. Melting polar ice is transforming once-impassable regions like the Northwest Passage into viable corridors for global trade. While these routes offer economic potential, they also provide a newly navigable back door for adversarial submarines to transit undetected from the Arctic into the deep Atlantic. These changes necessitate a new layer of uninterrupted monitoring across this evolving strategic chokepoint.

The United States’ northern maritime approaches span thousands of miles of coastline, high-traffic waterways, productive fishing grounds, and vast operating areas where visibility is critical but difficult to maintain. From the Great Lakes to the North Atlantic, the US Coast Guard is responsible for detecting suspicious vessel activity, securing the U.S border and its maritime approaches, facilitating the flow of commerce vital to economic prosperity, and safeguarding domestic fisheries.

Florida’s coastal waters drive billions of dollars each year in tourism, recreation, and commerce. From managing fisheries and protecting marine habitats to planning critical infrastructure like communications cables and safeguarding coral reefs that support tourism, what happens offshore influences the Sunshine State’s economic engine. Properly managing these resources depends on acquiring high-resolution bathymetric data that accurately maps the seafloor’s depth and features.

At 52 meters (170 feet), weighing 250 tonnes, and capable of up to 30 knots, Spectre is the largest, fastest, and most capable Saildrone platform to date, supporting complex, demanding naval missions in two variants. Spectre Silent Endurance is optimized for anti-submarine warfare operations—missions demanding extreme endurance and an ultra-quiet acoustic signature—which it delivers by leveraging the proven endurance, reliability, and silent propulsion of the Saildrone wing system.

The US Navy is facing unprecedented challenges in maintaining maritime superiority across numerous regional hotspots simultaneously. As global conflicts escalate, the service must contend with adversaries increasingly targeting strategically crucial waterways and critical undersea infrastructure. Furthermore, protecting these vast waters requires a continuous presence, which episodic patrols by traditional manned warships and capital assets cannot sustain.

Following numerous attacks by unidentified hostile actors, the leaders of the Baltic states have committed to jointly expanding their ability to monitor and protect critical undersea infrastructure in the Baltic Sea. Scattered across the 110,000-square-nautical-mile (422,000-square-kilometer) maritime region are energy and communication cables, pipelines, and wind pylons—all potential targets for disruption.

The Mariana Trench and the surrounding island chain represent one of the least mapped and most geologically significant regions of the world’s oceans. The Mariana Trench reaches the deepest depths of the world’s oceans, known as Challenger Deep, at 10,935 meters (35,876 feet) below sea level.