INESC TEC Chooses Blueprint Lab Manipulator for Offshore Energy O&M Research

INESC TEC is a private, non-profit organization specializing in research and development (R&D) within science and technology sectors as well as consulting, training and developing emerging tech-centric companies.

Operating at the intersection of business and academia, INESC TEC applies research and knowledge acquired throughout its various undertakings in technology transfer projects. 

As part of their continuing R&D efforts, INESC TEC developed the ATLANTIS project, a test-platform initiative for maritime robotics installed in the Atlantic Ocean. The project is geared specifically towards applying robotics and autonomous systems at offshore wind farms. This application aims to ‘reduce the levelized cost of energy’ (LCOE) by minimizing expenses associated with human-diver lead operation and maintenance (O&M) activities.

These expenses include requirements for skilled operators, specialty vessels, sensor technology and complications regarding underwater access. 

The ATLANTIS infrastructure will overcome these concerns by establishing a real-world subsea environment to substantiate key robotic capabilities for O&M tasks at offshore structures.  

The Reach Bravo 7 Manipulator in action during a test in a controlled tank environment

To develop their research INESC TEC selected Blueprint Lab’s, ‘Reach Bravo 7’ manipulator, noting its dexterity, rugged build and durability in underwater environments. In their own words;   

“Bravo 7 was used in realistic underwater manipulation conditions to distinguish the performance of multiple planners for particular movement conditions contributing to the inspection of maritime structures.”

Furthermore, INESC TEC is seeking to enhance the manipulation capability of autonomous underwater vehicles (AUVs) during close range operations using the Bravo 7 robotic arm.  

Bravo 7 ready to be submerged!

With innovative vision and control systems, The Bravo 7 breaks down previous limitations of ROVs by offering advanced manipulation, inspection and intervention capability. Our robotic manipulator technology minimizes the need for specialist divers during maintenance activities as well as reducing operator training requirements with intuitive control options available. Furthermore, the Reach Bravo range allows for third party sensors and measurement tools to be affixed at the end-effector, offering limitless configuration opportunity.  

Blueprint Lab is proud to be working with INESC TEC, applying advanced robotic solutions to technically challenging operations in complex environments. The pioneering ATLANTIS project and autonomous systems research using our manipulators will change the future of O&M for maritime structures where performance and safety is critical.