ASWUUV is a large scale UUV currently in our R&D pipeline. It is designed with an open architecture platform. It will be capable of maintaining the underwater operation for a long duration and surveying enemy submarines or ships so as to safeguard the survivability of manned combat ships and to perform effective anti-submarine ISR activities.

2022年7月4日 · South Korea’s Agency for Defense Development (ADD) announced on June 30th that it successfully conducted an “operational demonstration” of the anti-submarine warfare unmanned underwater vehicle (ASWUUV) off the coast of Tongyeong, South Korea. The 6.5 meters long ASWUUV displaces 9 tons meaning it can be qualified as a large displacement UUV.

近年美軍與世界各國海軍亦積極投入各式「無人水下儎具」（UUV）運用在「水下作戰」之中，並可配合水面艦或是潛艦進行作戰任務；換言之，未來運用「UUV」於反潛作戰上將無可避免，亦將影響各國海軍作戰方式與思維的轉變。 三、「無人水下儎具」泛指水面下的無人駕駛儎臺」，依據系統不同，可分為需要「人」操作的儎具，又稱為「遙控潛水器」（ROV）；另一種因無電纜，可依自身動力與事前設定工作項目，獨立進行運作的「自主水下儎具」（AUV），且UUV已成為 …

2022年7月27日 · According to information published by the South Korean Agency for Defense Development on June 30, 2022, the future anti-submarine warfare unmanned underwater vehicle (ASWUUV) was successfully tested near Tongyeong, South Korea. Artist rendering of the future anti-submarine warfare Unmanned Underwater Vehicle (Picture source: South Korea's ADD)

无人潜航器（unmanned underwater vehicle，UUV）利用自身的各种传感器和武器，执行远程通信中继、反潜警戒、水下侦察与监视、反水雷等一系列重要军事支援任务。

2019年10月22日 · ASWUUV stand for anti-submarine warfare unmanned underwater vehicle. According to Hanwha Systems, it is a large displacement UUV dedicated to anti-submarine warfare missions. It is fitted with a fuel cell system as energy source, providing it …

2019年7月29日 · Unmanned underwater vehicles (UUVs) are an emerging class of unmanned maritime vehicles (UMVs) with the potential to transform anti-submarine warfare (ASW) through new capabilities for sensing in the sea domain.

2024年9月20日 · UUVs can provide mass to support traditional ASW concepts, for example providing presence at ASW barriers across key choke points like the Greenland-Iceland-UK Gap. This offers capability to detect, harass, and prospectively attack adversary boats trying to transit such choke points.

Characteristics and Challenges in UUV Dynamics •The ocean is dense; so the lift (buoyancy) is easy to achieve. •High pressures in the ocean depths increase UUV complexity and cost. •Drag, lift, and torque coefficients need to be determined. •Oceanic motions affect UUV especially in

bmarine warfare (ASW) through new capabilities for sensing in the sea domain. These technologies—also known as "submarine drones"— employ active sonar to detect, characterize, and track adversary submarines via an unmanned mobile platform under the sea. The UUV system allows access to shallow or previously difficult-to-p.