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Revolutionizing Hybrid USVs: Autopilot Systems Enhance Rim Driven Thrusters

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Inertial Navigation Systems, INS/GPS, AHRS, and IMU Sensors for Unmanned Systems

Revolutionizing Hybrid USVs: Autopilot Systems Enhance Rim Driven Thrusters

HydroSurv’s new REAV-47 Unmanned Surface Vehicle (USV) integrates a tailored autopilot interface from Dynautics with advanced rim-driven thrusters, enabling precise control for marine survey applications

Optimizing Rim-Driven Thrusters for Hybrid USVs with Autopilot Systems

Image courtesy of Nordic USV A/S

Enhancing Hybrid USVs with Advanced Autopilot Technology

discover how Dynautics has integrated its cutting-edge autopilot systems into HydroSurv’s latest hybrid-electric Uncrewed Surface Vehicle (USV), the REAV-47.

innovative Features of the REAV-47

The REAV-47 boasts an impressive operational duration of up to 90 hours, utilizing state-of-the-art rim-driven thruster technology developed by Rim Drive Technology (RDT). This partnership, which has flourished over six years, has allowed Dynautics and HydroSurv to tailor the autopilot systems for optimal compatibility with these advanced propulsion systems.

Expert insights from Dynautics

Henry Robinson, CEO of Dynautics, expressed his enthusiasm, stating, “Collaborating with HydroSurv on this USV project has been a rewarding experience. The integration of the new thruster technology with self-reliant steering capabilities enhances the craft’s performance. The REAV-47 is designed for scalability, making it a meaningful addition to HydroSurv’s extensive USV offerings.”

custom Solutions for Real-World Applications

Leveraging their extensive background in CAN bus systems and modular autopilot frameworks, Dynautics was able to deliver a tailored, modular solution for HydroSurv. Furthermore, they employed a simulation-based design testing approach to fine-tune all control functionalities, ensuring they are well-suited for the challenges of real maritime environments.

Explore the original article for more details.

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Inertial Navigation Systems, INS/GPS, AHRS, and IMU Sensors for Unmanned Systems

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