This paper presents the results of the first sea-test of Tsukuyomi - a prototype of underwater gliders for virtual mooring. Its will be able to stay in a designated water for more than one year, reciprocating between the sea-surface and the seafloor up to 3,000 meters in depth. It will sleep on the seafloor to elongate the operation time. We have successfully conducted tank-test in December 2011 and the first sea-test in March 2012. Although for the sake of safety, a thin string was connected to Tsukuyomi in the first sea-test, the dynamic stability, the maneuverability and the basic function of Tsukuyomi were confirmed.Date of Conference: 14-19 October 2012http://www.godac.jamstec.go.jp/darwin/cruise/kaiyo/ky12-04/
For enhancement of oceanic engineering technology and researchers, underwater robot competition has ...
Undersea gliders offer an alternative propulsion paradigm to the propeller-driven autonomous underwa...
Current off-the-shelf underwater gliders (UGs) are large, heavy, expensive, and difficult to modify,...
An underwater glider we are developing for virtual mooring will be able to remain in a designated ar...
We present an outline of a motion simulator for the prototype underwater glider “Tsukuyomi”. The pro...
The Sea-Wing7000 underwater glider, developed by the Shenyang Institute of Automation, CAS, is an in...
Due to their long endurance and low operational cost, underwater gliders are a proven technology for...
This paper describes a design and development of Underwater Glider for Monitoring and surveillances ...
Underwater gliders,which glide through water columns by use of a pair of wings,are efficient long-di...
In the past decade Underwater Glider (UG) development reached its technical ma- turity. By 2004 the ...
With over 100 commercially-available ocean gliders being used by researchers around the world, there...
287-295Present study discusses prelimary design of sea glider autonomous underwater vehicle platfor...
Nowadays underwater gliders have become to play a vital role in ocean exploration and allow to obtai...
Underwater gliders are a type of underwater vehicle that transverse the oceans by shifting its buoya...
[Objectives] Buoyancy regulating system is a key component of an underwater glider for controlling s...
For enhancement of oceanic engineering technology and researchers, underwater robot competition has ...
Undersea gliders offer an alternative propulsion paradigm to the propeller-driven autonomous underwa...
Current off-the-shelf underwater gliders (UGs) are large, heavy, expensive, and difficult to modify,...
An underwater glider we are developing for virtual mooring will be able to remain in a designated ar...
We present an outline of a motion simulator for the prototype underwater glider “Tsukuyomi”. The pro...
The Sea-Wing7000 underwater glider, developed by the Shenyang Institute of Automation, CAS, is an in...
Due to their long endurance and low operational cost, underwater gliders are a proven technology for...
This paper describes a design and development of Underwater Glider for Monitoring and surveillances ...
Underwater gliders,which glide through water columns by use of a pair of wings,are efficient long-di...
In the past decade Underwater Glider (UG) development reached its technical ma- turity. By 2004 the ...
With over 100 commercially-available ocean gliders being used by researchers around the world, there...
287-295Present study discusses prelimary design of sea glider autonomous underwater vehicle platfor...
Nowadays underwater gliders have become to play a vital role in ocean exploration and allow to obtai...
Underwater gliders are a type of underwater vehicle that transverse the oceans by shifting its buoya...
[Objectives] Buoyancy regulating system is a key component of an underwater glider for controlling s...
For enhancement of oceanic engineering technology and researchers, underwater robot competition has ...
Undersea gliders offer an alternative propulsion paradigm to the propeller-driven autonomous underwa...
Current off-the-shelf underwater gliders (UGs) are large, heavy, expensive, and difficult to modify,...