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Elbit Systems completed recently a trial test torpedo launch from its Seagull multi-mission, autonomous Unmanned Surface Vessel (USV) system. Lightweight torpedoes are often used by anti-submarine vessels, helicopters, and aircraft against submarines located in shallow waters. This is the first instance where such weapons are used from unmanned platforms.
The Russian Navy is activating the Mi-14 in the submarine hunting mission after the helicopter was decommissioned from this role in 1996. Back then the helicopter was tasked with depth charges and massive nuclear weapons used in anti-submarine warfare. On its new mission, the helicopter will receive lighter, conventional armed Zalon-2 guided anti-submarine weapons.
Malaysia and the Philippines are considering the acquisition of new helicopters for maritime surveillance and anti-submarine warfare. Following its win in South Korea, AgustaWestland's AW-159 is a strong contender on both programs.
Elbit Systems today unveiled its latest unmanned system – the Seagull autonomous, modular, multi-mission Unmanned Surface Vessel (USV). The vessels are designed primarily for Anti-submarine warfare (ASW) and Mine-Countermeasures (MCM) operations.
ATLAS ELEKTRONIK and the Indian Ministry of Defense have signed a contract for the delivery of six active towed array sonar systems (ACTAS) for the Indian Navy. The total contract volume is approximately 40 million Euros. Delivery of the first system is planned for 2016.
Airbus Helicopters has been selected to provide the Indonesian Navy with 11 AS-565 MBe Panther helicopters configured for Anti Submarine warfare.
Taiwan's Ministry of National Defense announced the establishment of an Air Force anti-submarine group, maintained by eleven S-2T Turbo Tracker anti-submarine planes transferred from...
In three years the US Navy could have a prototype of an autonomous anti-submarine warfare vessel that will be able to detect, track and shadow any type of submarine, including ultra-quiet diesel-electric subs, turning these undersea beast from predators into targets.
Liquid Robotics, developer of the Wave Glider autonomous robotic surface platform for ocean surveying is broadening its activity to offer government and military solutions by establishing the new Federal Business unit. The new unit is expected to double the number of employees over the next months, in anticipation to the growing potential and interest from Government agencies.
A research team from the University of Illinois, led by mechanical science and engineering professor Nicholas Fang, have demonstrated a technology that renders underwater...