Research Applications News

The global unmanned underwater vehicles (UUV) market was around USD 2.92 billion in 2018 and is expected to reach approximately USD 7.64 billion by 2025, at a CAGR of slightly above 14.91% between 2018 and 2025.The global unmanned underwater vehicles market is growing, owing to its rising applications in the defense and military sector, scientific research applications, and commercial purposes, said a report from Zion Market Research.Unmanned underwater vehicles (UUV), also referred to as underwater drones, are vehicles that can operate underwater without any kind of human interference.The rising demand for these vehicles in navel applications for safety and security purposes is another major factor driving the unmanned underwater vehicles market growth.

The Harte Research Institute (HRI) for Gulf of Mexico Studies at Texas A&M University-Corpus Christi will receive approximately $1.25 million over the next three years to work with Mexican colleagues in the southern Gulf of Mexico to look for residual impacts from the Ixtoc I oil spill of 1979-1980 on coastal areas, fisheries, and the deep sea. This long-term study will reveal what impacts may be in store 30 years after the 2010 Deepwater Horizon spill. Dr. Wes Tunnell, Associate Director of HRI, is leading the project. He is joined in this research effort by HRI endowed chairs: Drs.

Kongsberg Maritime’s OE14-502 HD cameras were used by China's manned deep sea submersible 'Jiaolong' in recent W. Pacific Ocean dive. The Jiaolong was equipped with two ultra deep water versions of Kongsberg Maritime OE14-502D High Definition Cameras along with an ultra deep OE14-208 Digital Stills Camera and two OE14-364 Compact Fixed Colour Cameras. The Jiaolong made a total of six dives altogether, reaching a depth of 7062 meters on its final dive. This surpassed a national record depth of 7020 meters reached just a few days previously.

Class society ABS announces the release of a new Guide that assists ship operators in selecting, installing and using systems that monitor local icebelt stresses and alerts crew as to the severity of potential ice impacts. Monitoring systems are becoming a valuable tool for officers navigating vessels in Arctic waters. The sophisticated programs provide the crew near real-time data of local stresses, often visually displaying hull and structural loads as a percentage of permissible levels.

OceanServer Technology announced that Cal Poly has agreed to purchase a second Iver2 AUV for research purposes. The first Iver2 AUV was purchased in 2008 and has been used extensively for a variety of research applications including one project that required the vehicle to operate under the ice in the Arctic. The new vehicle will also be a multi use platform in a number of research efforts including marine life tracking (such as sharks). The EP42 vehicle will be outfitted with a DVL for precision navigation and acoustic current profiling…