Innovative Partnership in Marine Robotics
Robosys Automation has been chosen to supply its cutting-edge Voyager AI Surveyor software to BRANKA Marine Robotics. This collaboration aims to enhance a new unmanned surface vehicle (USV) designed for an oceanographic survey at a marine science and technology facility in Spain.
Integration of Advanced Technology
The Voyager AI Surveyor software will be seamlessly integrated into BRANKA’s Ranger 6.0, a 6-meter USV powered entirely by solar energy. This vessel features an advanced marine communication and control system,providing users with an immersive experience from a modular Remote Operation centre.
Eco-Kind propulsion system
The Ranger boasts a fully electric propulsion system,capable of generating its own energy through innovative photovoltaic technology embedded in its composite deck structure. This enduring approach aligns with the growing emphasis on eco-friendly marine solutions.
Autonomous Navigation Features
Robosys Automation will implement autonomous remote control and navigation capabilities for the Ranger USV, including features for collision avoidance, obstacle detection, and grounding prevention. The USV can also be adapted to a hybrid power system, showcasing Robosys’ ability to customize their software with BRANKA’s proprietary steerable electric drive system.
Commitment to Sustainable Solutions
“We are thrilled to provide BRANKA with our Remote and Autonomous Navigation software, enhancing various aspects of their platform control,” stated Nigel lee, Chief Strategy Officer at robosys Automation. “BRANKA is at the forefront of hybrid power and electric drive oceanographic survey USVs,which resonates with our mission to support a safe,sustainable,and bright blue economy.”
Long-Term collaboration
both companies view this initial electric USV project as the beginning of a long-term partnership, driven by their shared commitment to the blue economy and the increasing demand for innovative marine solutions.
Project Timeline
The USV is expected to be completed by April 2023 and will be fully operational by the end of June 2023.
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