ROV Used for Cherry Lake Dam Inspection
A Phantom T4H remotely operated vehicle (ROV), designed and built by Deep Ocean Engineering, Inc., has completed an inspection of the intake riser at Cherry Lake Dam near Yosemite in California. The dam, built in 1956, has provided water and power to the San Francisco Bay Area, Modesto and Turlock districts for over 60 years, and the structure has not been seen since its construction. The Phantom T4H ROV documented the state of the dam’s water intake riser and the position of the gates at a depth of 258 feet (78.6m), about a quarter of the ROV’s rated capability. The
Deep Ocean Engineering Debuts the Phantom L6 ROV
San Jose, Calif. based Deep Ocean Engineering, Inc. has introduced its newest addition to the Phantom series of inspection-class remotely operated vehicles (ROV), the Phantom L6. “The PhantomL6 is our latest entry into the 500m inspection class ROV arena. It comes equipped with active roll stabilization and heading gyro stabilization, allowing the pilot to control with precision, while minimizing exhausting, repetitive movement. As with other Phantom series ROVs, we offer an open-frame architecture for easier mechanical integration, and dedicated expansion bulkhead connectors are provided as
MTR100: Deep Ocean Engineering
Located in Silicon Valley, Calif., Deep Ocean Engineering, Inc. reflects the spirit of technological innovation and collaboration consistent with the region. Deep Ocean Engineering takes pride in its 35 year heritage as an early leader in the manufacture and engineering of underwater robotics, and is continuing its legacy with its commitment to continuously improve its solutions to better meet the unique needs of its end-user clients. The focus of Deep Ocean Engineering is on responding to the unique, specific needs of its clients in various markets, and to build custom solutions that address
Deep Ocean Launches Phantom FlyImager
Deep Ocean Engineering, Inc. will introduce its newest underwater vehicle, the Deep Ocean Phantom FlyImager, the company announced at the Oceanology International 2016 event in London. This underwater drone is a hybrid system, co-developed with EdgeTech, that allows the user to utilize the EdgeTech 4125 side scan sonar system, combined with the functionality of the Phantom T5 ROV underwater drone. According to Deep Ocean Engineering , what makes this new system unique is that the side scan sonar system can be pulled behind a powered surface vessel as a towfish while scanning using
Pena Joins DOE as VP of Sales and Marketing
Deep Ocean Engineering, Inc. said that Raul Enrique Pena has joined the company as its Vice President of Sales and Marketing to drive the continued growth of Deep Ocean while expanding its presence internationally. Pena brings an in-depth knowledge of sales, channel management, business development and marketing from his successful career in telecom and tech, having worked in both start-up and established organizations. He has conducted business in Latin America, Asia and Europe in recent years, and will be focused on strengthening our relationships with Deep Ocean clients and sales channels
Deep Ocean Engineering
footprint that can accommodate nonstandard applications, things we can’t anticipate but can certainly be prepared for. DOE’s ROV systems are ready for anything the market demands now and in the future. Case Study H-1750 USV Mission: Survey USS Arizona and USS Utah Deep Ocean Engineering Inc.’s Unmanned Surface Vehicle, H-1750, was selected to survey the historic USS Arizona and the USS Utah at Pearl Harbor, Hawaii Deep Ocean Engineering participated in the first comprehensive multibeam survey of the USS Arizona and the USS Utah at the World War II Valor in the Pacific
MTR100 '13 Deep Ocean Engineering
2528 Qume Dr. Suite #11 San Jose, CA 95131 Tel: (408) 436-1102 Email: [email protected] Web: www.deepocean.com Deep Ocean Engineering, Inc. is a technology-based engineering and manufacturing company that provides Remotely Operated Vehicle (ROV) and Unmanned Surface Vehicle (USV) solutions. Deep Oceans Engineering’s ROV and USV systems have been utilized in a broad range of industr: security, military, nuclear and hydroelectric power plants, inshore dams and lakes, oil and gas, scientific research, fisheries, salvage, broadcast filming, and pipeline inspections.
February 2024
