Smart Robotics at Oceaneering

About Oceaneering Oceaneering pushes the frontiers of deep water, space, and motion entertainment environments to execute with new, leading- edge connections to solve tomorrow’s challenges, today. We specialize in applying robotic technologies to extend human operations in challenging environments to meet our customer’s needs

Operating in Harsh Environments Oceaneering began as a diving company serving the offshore oil and gas industry As the offshore wells got deeper, Oceaneering developed robotic technology to support their customers in that harsh environment Diving Services Work Class ROV

Remote Piloting and Automated Control (RPACT) Smart Robotics –ROVs RPACT revolutionizes operational efficiency allowing  subject matter experts and remotely operated vehicle (ROV) pilots to establish ROV control through a satellite or wireless network link to support operations at a remote work site. The RPACT diminishes operational and environmental risks while reducing potential damage to tooling, manipulators, and subsea assets. Remote Piloting and Automated Control (RPACT)

Smart Robotics -Logistics Oceaneering’s robotics expertise broadened to Autonomous Ground Vehicles (AGVs), designed to operate across a broad range of logistics and healthcare applications–from complex automotive assembly and mission critical hospital applications to simple towing or conveying operations. Oceaneering’s UniMovers are tunneling AGVs that drive beneath the load and transport the load to it’s final destination. Other AGV’s include the Compact Mover and Max Mover Oceaneering’s AGV’s offer scalable solutions tailored to meet customer needs, increasing productivity. UniMover AGV

Smart Robotics -Entertainment Oceaneering’s leveraged its AGV technologies to introduce REVOLUTION, a “Dark Ride” system that deliver’s creative freedom and levels of guest interaction that were not possible with ride vehicles locked to a fixed track REVOLUTION™ Tru-Trackless™ Dark Ride System

Smart Robotics - Space Robotics have been a part of space operations since the beginning of the space age Dexterous robotics have been part of the human spaceflight program since the Canada arm on the Space Shuttle. New robotic systems are being developed to perform in-space manufacturing and in-space assembly of components to enable the next era of space exploration Future system’s will enable effective human/robotic system cooperation for long duration exploration class missions Archinaut Concept Robonaut on ISS

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