New Partnership Strengthens US-Australia Subsea Tech Research
agreement (CRADA) on Oct. 25 to foster new technologies in support of AUKUS, the trilateral security partnership between Australia, the United Kingdom and the United States.The CRADA marks a significant step forward in advancing collaborative research between the U.S. and Australia in the field of undersea technology and opens up opportunities for Flinders University researchers to develop rapid solutions, future partnerships, skills exchange and opportunities for impactful on-site training, contributing to the advancement of Australian and U.S. joint interests.The pioneering agreement is a significant
NUWC Division Newport Highlights New Navy Projects During Industry Day
Naval Undersea Warfare Center (NUWC) Division Newport representatives gathered with 200 members of the Undersea Technology Innovation Consortium (UTIC) in Middletown on April 26 to discuss upcoming U.S. Navy projects and how industry can support them with rapid development, prototyping and testing of innovative technology.With more than 260 member organizations, UTIC is the national consortium of defense companies, academic institutions, nonprofit organizations and nontraditional technology companies looking to work with the government to develop innovative undersea and maritime technologies that
Divers Find Deepest Known Shipwreck USS Johnston
often the case the research brings the history back to life. Reading the accounts of the Johnston’s last day are humbling and need to be preserved as upholding the highest traditions of the Navy. This was mortal combat against incredible odds.”The recent dive to the wreck, sponsored by undersea technology company Caladan Oceanic, revealed that the ship's hull number “557” is clearly visible on both sides of its bow and two full 5-inch gun turrets, twin torpedo racks, and multiple gun mounts are still in place and visible on the superstructure.Vescovo has been in communication
ThayerMahan, Geo SubSea Partner for Seabed Surveys
the inception of the U.S. offshore wind industry in early 2000s and significant experience with high resolution surficial and subsurface sonar data manipulation, interpretation and reporting.Geo SubSea President, Jeff Gardner stated, “We have been promoting the use of advanced surface and undersea technology for years in the offshore wind industry, and it is now coming of age as a force multiplier in a number of maritime sectors as well as becoming more cost-effective. This technology combined with Geo SubSea’s extensive offshore survey experience in marine geophysics, geotechnical, and
#Oi2020 History
In 1980, NOAA established the National Undersea Research Program (NURP), which at the time, was America’s only federal scientific program that specialized in providing access to undersea technology to help better-manage Earth's last frontier. NURP made undersea technologies available to the scientific community, supported creative partnerships, and conducted groundbreaking research towards the advancement of marine and Great Lakes science. The program continued until 2007, when it was merged within NOAA’s Office of Ocean Exploration and Research (OER). Known as the only
US Navy Sub Discovery Validated
the S-35.The Lost 52 Expedition 2017 deploys state of the art deep-water autonomous underwater vehicles (AUV) as well as remotely operated vehicles (ROV).Taylor, CEO of Tiburon Subsea Services, Inc., and director of non-profit Ocean Outreach, Inc. has a reputation for working with the latest in undersea technology and with the top specialists in underwater exploration. This is Taylor's fourth US WWII submarine discovery since 2010 and is part of his ongoing "Lost 52 Project". The ongoing multi-year project is supported by STEP Ventures, who are dedicated to continuing work of the "
5 Minutes with Mike Read, President, Teledyne Marine
Integration Center of Excellence in Massachusetts. Teledyne Marine also benefits significantly from a close relationship with Teledyne Scientific, an internally funded Research & Development Center located in Thousand Oaks California.Teledyne Marine GroupTeledyne Marine is comprised of 23 undersea technology brands assembled by Teledyne Technologies Inc. Teledyne Marine’s technologies are broken out into five categories:Teledyne Marine ImagingTeledyne Marine Imaging group develops and manufactures acoustic and digital subsea imaging systems for a variety of application areas including offshore
US Destroyer Wreckage Discovered off Remote Alaskan Island
mission was the first to thoroughly explore the underwater portion of the battlefield. Many ships, aircraft and submarines from both the United States and Japan were lost during a punishing 15-month campaign to reclaim this distant wind- and fogbound corner of America.Now, recent advancements in undersea technology, many developed by the Office of Naval Research, are helping to reveal the forgotten histories of long-ago valor.After multibeam sonar mounted to the side of the research ship Norseman II identified a promising target, the team sent down a deep-diving, remotely operated vehicle to capture
Riptide Opens New Facility
; This new location offers Riptide space to grow its staff and manufacturing capabilities as well as an onsite marina. As Riptide focuses on compact, easily deployed, UUVs this site ensures easy access for engineering testing and customer demonstrations. Plymouth is conveniently located near major undersea technology centers including Woods Hole Oceanographic Institution on Cape Cod and the Naval Undersea Warfare Center in Newport, R.I. With its new expanded space, Riptide said it looks to grow both its team and customer base in 2018.
February 2024
