Innovative Control Solutions for Uncrewed Maritime platforms
With a rich history spanning over 30 years, Dynautics specializes in advanced control technologies and simulation tools that facilitate the effective design, development, and deployment of Uncrewed Surface Vessels (USVs).
Streamlined Development with Adaptive Systems
Dynautics has engineered its adaptive autopilot systems and Vessel Control systems (VCS) to substantially reduce development timelines and enhance integration across various uncrewed and remotely operated maritime platforms.
Dynamic Simulation for Enhanced Performance
Central to Dynautics’ methodology is Ship Sim, a refined simulation tool that allows for the early optimization of hull and propulsion designs. this tool aids in pre-tuning autopilot functionalities, thereby decreasing the reliance on physical testing.The seamless integration of payloads, power management, and interaction systems further accelerates development and expedites launch readiness.
Diverse Applications Across Maritime platforms
the company crafts versatile control solutions suitable for high-speed patrol vessels, modified RHIBs, and various submersible platforms. The SPECTRE autopilot ensures precise maneuverability across different propulsion systems, including twin water jets and inboard/outboard engines.
Advanced Solutions for Underwater Vehicles
For Autonomous Underwater Vehicles (AUVs), Remotely Operated vehicles (ROVs), and Uncrewed underwater Vehicles (UUVs), Dynautics utilizes AUV Sim software alongside dynamic positioning methods to maintain station and facilitate navigation through ultrasound or dead reckoning, thereby improving reliability for underwater missions.
Energy-Efficient Control for Sustainable Operations
For vessels powered by electricity or solar energy, Dynautics provides low-energy control modules specifically designed for small power budgets. These systems enable operators to remotely monitor and manage sensors, utilizing RUDICS Iridium communications for connectivity beyond the horizon. The technologies are crafted to accommodate a wide range of mission requirements without necessitating high-energy onboard computing.
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