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Orange Shark I-C
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Unmanned Navigation Control System

Orange Shark I-C is a modularly designed micro-sized AUV that can flexibly configure various sensors. It features a compact design, being small, lightweight, and is suitable for applications such as research, teaching, and underwater search.

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Description

Unmanned Navigation Control System Shipboard Navigation Control System

Autonomous Navigation,Remote-Controlled Operation,Multi-USV Formation Control,Manned Operation,Voyage Safety Assurance, Collision & Obstacle Avoidance,ether Management,Environmental Perception,Power Management,Equipment Monitoring,Data Management.

Unmanned Navigation Control System

Unmanned Navigation Control System Shore Control Station System

Navigation/Equipment Commanding,Route Planning,System Parameter Configuration,Visual HMi,Voyage Safety Supervision, Shore Command & Control,Multi-Vessel Coordination,Mission-Specific, Payload Operations.

Unmanned Navigation Control System

Unmanned Navigation Control System Architecture

Underwater search
Scientific research and exploration
Cluster demonstration
Seabed topography exploration

Unmanned Navigation Control System Onboard Payload Equipment

Unmanned Navigation Control System

Integrated Mast Assembly (EO/IR,Radar,Antenna,tc.)

Unmanned Navigation Control System

Control Chassis

Unmanned Navigation Control System

Control Joystick

Unmanned Navigation Control System Shipboard Navigation Control System

Rapid, Precise & Efficient Mission Tasking

Intuitive visual data interaction

Long-duration autonomous operation with collision avoidance

Coordinated multi-vessel operations for diverse missions

Unmanned Navigation Control System

Unmanned Navigation Control System Technical Specifications

Remote Speed: > 20 kn (autonomous navigation, full fuel, payload, Sea Scale 3 ≥ 10 nm)
Navigation Accuracy:track error ≤ 3 m,speed error ≤ 0.5 kn,heading angle error ≤1 (1o,at > 20 kn, Sea Scale ≤ 3, straight/Z-path)
Formation Navigation:supports 5-vessel formation,track error ≤ 10 m,speed error ≤ 1 kn, formation spacing ≤ 1 nm

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