Teledyne News

Marine Technology Reporter published a supplement to celebrate the 50th anniversary of Oceanology International. Photo: MTR

Oi: Tracking 50 Years of Ocean Innovation

had a mobile phone back then, it maybe worked in Europe, and, if it did, it was really expensive and I didn’t use it,” says Manley, who is founder at Just Innovation, and who has worked in the field of unmanned marine vehicles at Massachusetts Institute of Technology, Liquid Robotics and Teledyne Benthos. “Now, anywhere outside the U.S. my phone works.” The miniaturization and affordability of satellite data telemetry and positioning have driven advances in his world. “Crazy ideas we had in 2002, for unmanned surface craft, as we tried to call them, didn’t work then

“We are moving autonomous technologies into vehicles that have always been "remotely operated" or even manned to realize more efficiency and capability.  We are really blurring the lines between "ROV" and "AUV" and minimizing the technical difference between manned and unmanned. ”
Ben Kinnaman, CEO, Greensea Systems, Inc."

Subsea: The Future of Unmanned Vehicles

a workshop at Rice University moderated by the Subsea Systems Institute where major oil & gas companies, their providers, and underwater vehicle manufactures spent the day generating a development strategy for AUVs for subsea applications,” said Bob Melvin, the Vice President of Engineering at Teledyne Marine Systems.  “Their number one requests was to make underwater systems that can perform subsea tasks.  To reach this goal there is acknowledgement that the commercial sector will need to leverage advances made in the defense sector.  But for this to become reality, operators

A Hugin AUV being launched (Courtesy Kongsberg)

Unmanned Vehicles: 25 Years of Milestones

accuracy, as well as new payloads.  This work builds on the successful integration of an acoustic payload demonstrated at ANTX 2018. This new compact UUV is designed to be readily and easily employed by US Navy sailors without specialized training, simplifying employment on real world missions.Teledyne’s Gavia uses a unique mechanical/electrical design that allows the vehicle to be disassembled into smaller components. This allows the 1,000 meter rated vehicle to be easily deployed around the world. It also provides the opportunity for users of the vehicle to expand their future operations

Photo: Teledyne Marine

Ashtead Invests in Teledyne's Survey Sensors

Teledyne Marine has announced a significant investment by Ashtead Technology in the newest subsea multibeam imaging, survey and pipe tracking technology. Key items include RESON SeaBat T50-S IDH multibeam systems (successor to the 7125 ROV2), BlueView M900-2250 dual frequency imagingsonars and HydroPACT 660E pipe and cable trackers among other items purchase from Teledyne Marine.“As owners of the largest fleet of TSS pipe and cable trackers in the rental market, Ashtead are impressed with the new miniaturized single pod '660E' version with its reduced weight, size and power,"

Teledyne Gavia will formally introduce its new 6000 meter rated AUV --  SeaRaptor --  at Ocean Business 2019 in Southampton in April.

Teledyne Gavia: New SeaRaptor 6000m AUV

Teledyne Gavia will introduce its new 6000 meter rated AUV --  SeaRaptor --  at Ocean Business 2019 in Southampton in April.SeaRaptor AUV incorporates a broad range of Teledyne content including acoustic modems, ascent and descent weight releases, a black box pinger locator, sub-bottom profiler (Teledyne Benthos), multi-beam echosounders, obstacle avoidance multi-beam sonar (Teledyne RESON), Doppler Velocity Log (DVL), Current, Temperature, and Depth sensor (CTD) (Teledyne RD Instruments), and onboard processing software (Teledyne Caris). In addition, the first vehicle delivered also

T12 with SeaFLIR230 installed (credit: Jack Rowley)

USVs Secure Offshore Oil and Gas Infrastructure

“wrung out” these USVs. Various size (8-foot and 12-foot) MANTAS USVs have been equipped with a wide variety of surface and below-surface sensors such as the SeaFLIR-230 Gyro-stabilized High Definition EO/IR zoom camera with laser tracking, FLIR M232 thermal camera, FLIR Duo EO camera, Teledyne RESON T20 high resolution multi-beam sonar, Teledyne BlueView M900 single-beam echo-sounder and Norbit iWBMS STX multi-beam sonar, among others.This off-the-shelf technology can be used today to effect faster and more complete inspections of offshore oil and gas platforms along with their surrounding

Commander Okafor of the Nigerian Navy Hydrographic Office with John Smart, Senior Geomatics Analyst-Teledyne CARIS, (Photo: Teledyne CARIS)

NNHO Expands Bathymetric Capabilities

Nigerian Navy Hydrographic Office establishes new bathymetric capabilities with CARIS softwareThe Nigerian Navy Hydrographic Office (NNHO) has selected Teledyne CARIS to provide solutions for both current and future national and international charting requirements. Equipped with CARIS Ping-to-Chart technology, the NNHO is establishing new capabilities for bathymetric analysis, and completion of hydrographic and other geospatial data. These tools will ensure an efficient workflow for the production of electronic charts and paper charts according to both the International Hydrographic Organization (IHO)

Marta Padilla, Software Developer, Teledyne CARIS (Photo: Teledyne CARIS)

Teledyne CARIS’ Padilla Earns National Award for Excellence

Software company Teledyne CARIS announced Tuesday that one of its software developers, Marta Padilla, has been awarded the Ministry of Education in Spain’s prestigious National Award for Excellence in Academic Performance in the field of Engineering and Architecture. This award is one of the oldest academic awards granted, with a history dating back to the 19th century. Recipients of this award are recognized as the overall best student in their field of study in the country.  Padilla completed a BSc in Geomatics and Surveying Engineering at the University of Jaen where she received a

Fig. 1: Teledyne RDI ADCP attached to a hydrographic package before lowering to great depths. Credit: J. Lemus (U. Hawaii). https://goo.gl/VfvYn1

Full-Depth Current Profiling Around the Global Ocean

uses. Their span includes ocean properties, processes, and pathways. Long-term records exist for carbon components, nutrients, freshwater, heat, and more. These records reveal oceanic changes attributed to atmospheric trends—global warming and enhanced CO2 levels.Fig. 2: Up- and down-looking Teledyne RDI ADCPs (colored yellow for highpressure rating) are attached to a hydrographic package. Credit: T. Wasilewski (IFM Hamburg). https://goo.gl/q7XGKKVelocity ProfilingVertical profiles of water current velocity and shear show how water moves and mixes. They help describe how water properties change

Carl Mancuso (Photo: Teledyne Marine)

Mancuso Joins Teledyne Marine

Carl Mancuso has joined Teledyne Marine as the Director of Product Line Management for Teledyne Benthos, which consists of acoustic modems / positioning products, flotation, releases, pinger locators, and deep tow systems.Mancuso comes to Teledyne from Falmouth Scientific Inc. (FSI), where he served as Vice President of Sales and Marketing for the past eight years. He brings with him a keen understanding of the oceanographic community, and a strong familiarity with Teledyne’s products. Prior to FSI, Mancuso worked in various capacities at Boston Dynamics, American Research Institute, Philips

Photo: Teledyne

Teledyne Bowtech: Lamps for the Five Deeps Expedition

Teledyne Bowtech, A Division of Teledyne  Limited, has announced the supply of modified LED-V-Series deep water lamps for installation on board Triton submarines for the Five Deeps Expedition, a collaboration between investor and explorer Victor Vescovo of Caladan Oceanic, Triton Submarines and EYOS Expeditions.After three years of intensive efforts from some of the world’s leading oceanographers, submarine engineers, and scientists, the Five Deeps Expedition is launching as the first global ocean journey to send a manned submersible vessel farther and deeper than any in history. An expeditio

Image: MacArtney Singapore

MacArtney Delivers TRIAXUS ROTV to China

Sea Institute of Oceanology (SCSIO).The TRIAXUS ROTV system for CAS includes a TRIAXUS E Vehicle, TRIAXUS Topside Unit, a MERMAC S20 Winch, inclusive of 3000 m of Electro-Optic Tow Cable with Subsea termination and a Focal combined electro-optical slip ring. The TRIAXUS sensor payload consists of a Teledyne RDI Acoustic Doppler Current Profiler, SeaBird 911 CTD including a Dissolved Oxygen sensor and a WETLabs ECO Fluorometer providing a full payload for oceanographic research.With the Sea Acceptance Test completed in September 2018, the TRIAXUS is now in full operation. As an undulating 3D towfish

Andy Hoggarth (Photo: Teledyne CARIS)

Teledyne CARIS to Sponsor GEBCO Symposium

Teledyne CARIS announced it is sponsoring the upcoming Map the Gaps GEBCO Symposium in Canberra, Australia on November 14, 2018.This is a one-day, annual event hosted this year by Geoscience Australia and Land Information New Zealand to discuss innovative technologies and approaches that are pushing the boundaries of ocean floor mapping. The symposium is being held alongside GEBCO’s technical and guiding committee meetings and will contribute to the future directions of the Seabed 2030 world ocean mapping initiative.Andy Hoggarth, Director of Business Development - Teledyne CARIS, and Co-Chair

Update Chart Features with Bathymetric Lidar (Image Insert: Lidar to chart in BASE Editor)

Teledyne CARIS Unveils Bathy DataBASE 5.2

Teledyne CARIS has released Bathy DataBASE 5.2, which introduces enhanced tools for validating and creating chart features from lidar surveys as well as new bathymetry compilation techniques.This latest version includes an updated workflow process found in BASE Editor designed for performing both quality control and feature set building from lidar data. Bring LAS/LAZ data into the BASE Editor environment to assess quality, adjust classification, and compare against other sources. Identify relevant features in the point data and imagery, and easily model as S-57 features directly in the area-based

Teledyne CARIS to Adopt New Licensing Technology

Teledyne CARIS announced it will be moving to new software licensing technology. Clients will first see this implemented in conjunction with the upcoming release of Bathy DataBASE 5.2, with integration into other CARIS applications scheduled for the coming months.With this new licensing technology, Teledyne CARIS is responding to changing market requirements and customers wishes as well as preparing for new options for future software deployment, the company said.According to Teledyne CARIS, key benefits of this new technology include:Convenient and easy softkey activationThe elimination of physical

(Photo: Jude Van Der Meer, Dalhousie University)

Underwater Glider Goes Searching for North Atlantic Right Whales

JASCO Applied Sciences and Teledyne Webb Research have teamed to deploy a Slocum G3 underwater glider fitted with JASCO’s OceanObserver intelligent acoustic monitoring system in the Gulf of Saint Lawrence.With the support of Dalhousie University and the Ocean Tracking Network, the glider was deployed September 15 in the Orpheline Channel on a six-week test mission to attempt to detect and record North Atlantic right whales. In 2017, 12 individuals of this endangered species died in the Gulf, likely as a result of ship strikes and entanglements in fishing gear.The 1.5-meter-long Slocum glider is

CARIS Onboard can be used to process and monitor survey data from multiple platforms (Image: Teledyne CARIS)

Teledyne CARIS to Present at Hydro 18

Marine mapping software developer Teledyne CARIS said it will present at the Hydro 18 Conference and Trade Exhibition taking place in Sydney, Australia from October 30 to November 1.The Teledyne CARIS team will present on two separate occasions during the conference:  Interactive workshop, ‘Knowing our Oceans and Understanding our Future through Automation’ on October 30 at 1 p.m. Join team of experts and learn how to keep pace with the volumes of data generated by modern survey operations, ensure it is of suitable quality, and turn it into more information products to support our

Marine Technology Magazine Cover Mar 2019 - Oceanographic Instrumentation: Measurement, Process & Analysis

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