Oceanova Tāwhiri ASV – Autonomous Solar-Powered Surface Vessel

Oceanova Tāwhiri ASV – Autonomous Solar-Powered Surface VesselTwhiri 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

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

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.