HII and Ocean Aero link up on unmanned maritime platforms
Companies Huntington Ingalls Industries (HII) and Ocean Aero have initiated a strategic agreement to advance the combined capabilities of their respective unmanned maritime platforms and autonomy software solutions.
The unmanned solution providers recently commenced multiple, simultaneous efforts to enhance the operational reach and duration of the platforms, collaborative autonomy behaviors, shared sensor fusion and perception capabilities, and accelerated seabed-to-shore data transmission methods.
“We are pleased to partner with Ocean Aero to further expand the operational capabilities of the U.S. Armed Forces, partner nations and other maritime-focused commercial institutions,” said Duane Fotheringham, president of the Unmanned Systems business group at HII’s Mission Technologies division.
Kevin Decker, Ocean Aero chief executive officer, added: “This is the perfect time for us to partner with HII. With rising maritime challenges increasing worldwide, we need new capabilities to meet them. Incorporating our two firms’ autonomous vehicle value propositions will unlock new tools for our customers at home and abroad.”
HII and Ocean Aero are involved in several unmanned maritime systems initiatives and exercises across the globe.
Ocean Aero recently completed Digital Horizon, the U.S. Fifth Fleet Maritime Domain Awareness exercise in the Arabian Gulf, where HII’s REMUS vehicles (MK18 Mod 1 and MK18 Mod 2) have been deployed continuously since 2013.
The HII-Ocean Aero team is already planning to demonstrate their combined capabilities at an upcoming event in the region, in addition to other planned events and exercises for U.S. and international partners.
HII manufactures a full range of REMUS UUVs, from small to extra-large, with endurance ranging from several hours to months at depths down to 6,000 meters.
Meanwhile, Ocean Aero pioneered the world’s first and only environmentally powered Autonomous Underwater and Surface Vehicle, the TRITON, which collects data both above and below the ocean’s surface.