The Autark Zero showcases a Sail-by-Wire system that automates all electronic and mechanical systems of cruising yachts. The wing-sail, daggerboards, rudders, and electric thrusters are centrally controlled by an AI-driven autopilot computer. This integration enables automated handling of the yacht, tactical autonomous sailing and navigation that adapts to changing conditions in real-time to optimise navigation under sail and motor.
Technical Specs
- Automated Sail Control: The raising, lowering, and trimming of the carbon wing-sail is fully automated. The system automatically adjusts the wing and flaps for optimal performance using real-time wind sensor data, requiring no human intervention or sailing expertise.
- Integrated Propulsion Management: Electric thrusters work in harmony with the wing-sail, controlled by the AI to achieve maximum efficiency or speed as required.
- Advanced Sensor Array: The Autark Zero is equipped with a variety of sensors, including:
- Ultrasonic wind sensor for wind speed and direction
- GPS/RTK for precise positioning
- LIDAR laser sensor and image recognition for obstacle detection
- External Data Integration: The autopilot incorporates real-time external data such as:
- Detailed wind, solar yield and weather forecasts
- Current and tidal information
- Realtime waterway data and navigational charts
- Peer-generated points of interest
- Open-Source Architecture: Autark Zero’s systems run mainly on open-source hardware and software, benefiting from the community-driven developments for continuous improvement and showcasing the latest possibilities with AI and control algorithms. The SignalK platform and MQTT-bus is used for data collection and exchange, providing access to a wide range of internal & external (maritime) datasources.
Implications for the Industry
For potential partners and yacht designers, the Autark Zero is a sailing laboratory supporting research on the wingsail and Sail-by-Wire concept and exploring new possibilities in AI integration in marine systems. This could bring benefits such as simpler and more efficient propulsion technologies, and systems that better support and handle.
