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MEDUSA: a Multi-Environment Dual-robot for Underwater Sample Acquisition

MEDUSA: a Multi-Environment Dual-robot for Underwater Sample Acquisition

Analyzing snake robot movements – Qualisys underwater motion capture

Analyzing snake robot movements – Qualisys underwater motion capture

Scubo – Agile Multifunctional Underwater Robot – ETH Zurich

Scubo – Agile Multifunctional Underwater Robot – ETH Zurich

Autonomous underwater robots

Autonomous underwater robots

MEDUSA: a Multi-Environment Dual-robot for Underwater Sample Acquisition

MEDUSA: a Multi-Environment Dual-robot for Underwater Sample Acquisition

Scubo – Agile Multifunctional Underwater Robot – ETH Zurich

Scubo – Agile Multifunctional Underwater Robot – ETH Zurich

Student work: Underwater robotics

Student work: Underwater robotics

RI Seminar: Matthew Johnson-Roberson : Underwater mapping: new robotic approaches to an old problem

RI Seminar: Matthew Johnson-Roberson : Underwater mapping: new robotic approaches to an old problem

Studying the Coastal Ocean Using Underwater Robots

Studying the Coastal Ocean Using Underwater Robots

Student work: Underwater robotics

Student work: Underwater robotics

Taking Science to New Depths: Underwater Robots Designed – SOLIDWORKS

Taking Science to New Depths: Underwater Robots Designed – SOLIDWORKS

Taking Science to New Depths: Underwater Robots Designed – SOLIDWORKS

Taking Science to New Depths: Underwater Robots Designed – SOLIDWORKS

E2@MIT: Underwater Robotics

E2@MIT: Underwater Robotics

Mexican students win U.S. robotics event

Mexican students win U.S. robotics event

Studying the Coastal Ocean Using Underwater Robots

Studying the Coastal Ocean Using Underwater Robots

This Underwater Robot Searches For Nuclear Waste In Fukushima

This Underwater Robot Searches For Nuclear Waste In Fukushima

E2@MIT: Underwater Robotics

E2@MIT: Underwater Robotics

Morphing Structure for Changing Hydrodynamic Characteristics of a Soft Underwater Walking Robot

Morphing Structure for Changing Hydrodynamic Characteristics of a Soft Underwater Walking Robot

Oregon Underwater Robotics Competition

Oregon Underwater Robotics Competition

KUKA Innovation Award 2016 – Creating the Future Robotic World

KUKA Innovation Award 2016 – Creating the Future Robotic World

Winner Spotlight – Ergonomic Human-Robot Collaboration – KUKA Innovation Award 2018

Winner Spotlight – Ergonomic Human-Robot Collaboration – KUKA Innovation Award 2018

Winner Spotlight – Ergonomic Human-Robot Collaboration – KUKA Innovation Award 2018

Winner Spotlight – Ergonomic Human-Robot Collaboration – KUKA Innovation Award 2018

KUKA Innovation Award 2016 – Creating the Future Robotic World

KUKA Innovation Award 2016 – Creating the Future Robotic World

02 – SAM XL Leveraging ROS for Aerospace Manufacturing Processes, Rik Tonnaer, TU Delft

02 – SAM XL Leveraging ROS for Aerospace Manufacturing Processes, Rik Tonnaer, TU Delft

Airbus Uses KUKA omniMove Mobile Platform to Build the A380

Airbus Uses KUKA omniMove Mobile Platform to Build the A380

Multi-Robot Human Collaboration – Innovation Award 2017 Finalist Spotlight

Multi-Robot Human Collaboration – Innovation Award 2017 Finalist Spotlight

Robotic Milling of Aluminum is Big Win for Capral Australia

Robotic Milling of Aluminum is Big Win for Capral Australia

Fast Robotic Handling of Metal Tubes with KUKA Robot

Fast Robotic Handling of Metal Tubes with KUKA Robot