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USVs & Sophisticated Marine Technology

USV SHADOW HUNTER

CPTC integrates autonomous navigation, collision avoidance, and multi-mode remote control technologies, enabling USVs to execute diverse missions. With rapid deployment, these USV platforms strengthen national defense — including monitoring, reconnaissance, patrolling, and emergency rescue. Furthermore, through commercial and scientific research modifications, they bolster the overall technological advantage of Taiwan in both surface and underwater unmanned vehicles.

Best Value from Taiwan
Multi-Mission Capabilities
Multi-Mode Remote Control
FRP or Aluminum Alloy Hull
Scalable Production
Battery/Fuel/Hybrid Solutions
C4ISR/C5ISR Integration
AI/Thermal Image Recognition
Autonomous Navigation & Collision Avoidance
3D COP (Common Operational Picture)

Multi-mode Frequency Hopping Remote Communication

CPTC USV system achieves superior anti-jamming performance. Supporting multi-mode 4G, SATCOM, UHF, and VHF with AES-256 encryption, the system features real-time signal quality monitoring and frequency hopping, preventing disconnection or data interception.

The self-developed ground control station aggregates radar, INS, and GPS data, complemented by EO/IR thermal imaging and real-time vessel telemetry for remote piloting. The system also supports autopilot and collision avoidance through chart-based path planning for autonomous mission execution.

Communication：

Multi-mode： 4G/5G/SATCOM/UHF/VHF
AIS for receive-only marine vessel identification
Frequency hopping remote command & control system, which automatically calculates parameters such as signal quality and Signal-to-Noise Ratio (SNR) to switch to the optimal signal, ensuring ship-to-shore communication

Remote Command & Control System

The system supports seamless switching between autonomous and manned control. Operating in full compliance with COLREGs (International Regulations for Preventing Collisions at Sea), the shore-based control station features scalable architecture to enhance AI recognition databases and other add-on functions.

In the event of an emergency where all communications are lost, the system will automatically trigger a Return-to-Home (RTH). Once connectivity is restored, the USV can immediately resume its mission, significantly enhancing battlefield survivability.

CPTC has successfully integrated all systems for CSBC’s USV prototype "Endeavor Manta." With this foundation, CPTC is optimizing the next-generation USV, the "Shadow Hunter."