Oceanova Tāwhiri ASV – Autonomous Solar-Powered Surface Vessel

Tāwhiri ASV Unmanned Surface Surveillance & Data Collection

The Oceanova ASV is a fully autonomous, solar-powered surface vessel designed for long-endurance missions in marine research, environmental monitoring, and maritime security. Engineered for modular adaptability, the ASV can be equipped with advanced sensors, cameras, and communication systems for seamless real-time data collection and remote operations. With zero-emission propulsion, it is an ideal solution for sustainable ocean monitoring and defense applications. Key Features

- Autonomous & Remote-Controlled Operations – Fully self-navigating with real-time telemetry and remote intervention.
- Solar-Powered Endurance – High-efficiency solar panels enable extended deployment without refueling.
- Versatile Payload Options – Compatible with cameras, sonar, LiDAR, and hyperspectral imaging sensors.
- Rugged Marine Design – Built for offshore conditions with corrosion-resistant materials.
- Low Acoustic & Electromagnetic Signature – Ideal for defense, surveillance, and stealth applications. Technical Specifications General Specs Parameter Specification Length 5m Hull Material Carbon fiber Propulsion Solar-electric ,Wind Navigation System GPS, IMU, AIS integration Power System High-efficiency solar array battery storage Endurance Multi-day to continuous operation (solar-rechargeable) Communication Satellite, LTE, RF, or mesh networking Payload Capacity Customizable for sensors, cameras, or scientific instruments Environmental Resistance IP67 waterproof rating, designed for open-ocean deployment Payload & Sensor Integration

- Optical & Infrared Cameras – High-resolution imaging for research and surveillance.
- Multibeam & Side-Scan Sonar – Seafloor mapping and underwater structure detection.
- Hyperspectral & Water Quality Sensors – Marine ecosystem monitoring and pollution detection.
- Acoustic & Passive Listening Systems – Marine mammal tracking and security applications.
- Custom Sensor Integration – Open architecture for specialized research needs. Applications

- Oceanographic & Environmental Research – Collect real-time data on water quality, temperature, and marine life.
- Maritime Surveillance & Security – Monitor coastal areas, offshore infrastructure, and restricted waters.
- Offshore & Industrial Inspections – Conduct remote asset inspections for wind farms, pipelines, and oil rigs.
- Defense & Intelligence Operations – Autonomous maritime reconnaissance and border security.