The College of Plymouth is readied to take advantage of Robosys Automation’s sophisticated VOYAGER AI Self-governing Navigating System (ANS) to supply an incorporated maritime freedom option for a C-Enduro unmanned surface area vessel (USV)
Robosys’ VOYAGER AI software application will certainly be set up onboard a Royal Navy-supplied C-Enduro USV to successfully, smartly, and securely execute over-the-horizon information event, hydrographic and oceanographic surveying, and functional training.
Robosys Automation’s VOYAGER AI ANS supplies a solitary incorporated customer experience. The software application includes Objective Organizer, situational understanding with radar, AIS, and tracks superimposing ENC S57 graphes. Extra features consist of auto-pilot control with transmitting, waypoints, tarry, crash evasion, challenge evasion, and anti-grounding features. VOYAGER AI provides tried and tested navigating, CADA, and decision-aid remedies to IMO Level 4 Maritime Freedom.
Robosys’ lately released USV Remote Control Waistpack will certainly likewise be given to expand the USV’s capacities, providing complete cordless remote in any type of weather from a local-range mothercraft or short-range shoreside terminal, perfectly switchable with the College of Plymouth’s Remote Workflow Centre (ROC).
Teacher Chris Fogwill, Exec Dean of Scientific Research and Design at the College of Plymouth, commented, ” Marine freedom is a vital aspect of the UK’s support and strength procedures. With Plymouth lately called the National Centre for Marine Freedom, the College is driving considerable breakthroughs in the ingenious applications of this innovation. The VOYAGER system is confirmed around the world as being trusted and durable, and Robosys’ ongoing growth of the system will certainly supply numerous advantages as we advance and boost our aquatic freedom fleet.”
Adita Nawab, Robosys Automation’s chief executive officer specified, ” This is an interesting agreement win for Robosys, as our VOYAGER AI software application provides an user-friendly, solitary and incorporated navigating and control option for USVs such as the College of Plymouth’s C-Enduro.”
The message Robosys to Provide VOYAGER AI Navigation System for Integrated USV Autonomy Solution showed up initially on Unmanned Systems Technology.
发布者：William Mackenzie，转转请注明出处：https://robotalks.cn/robosys-to-provide-voyager-ai-navigation-system-for-integrated-usv-autonomy-solution/
