Dual-Channel Independent Launch Drone-Mounted Net Launcher
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15m Effective Range Dual-Channel Net Launcher
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Modular Integrated Design ANG200P Net Launcher
Product Description
ANG200P Dual-Channel Drone-Mounted Net Launcher
Professional airborne interception and capture device designed for DJI Matrice M350 RTK and compatible drones. Features modular integrated design for quick installation on drone fixed bases and compatibility with gimbal load interfaces (single downward or dual gimbal). Capable of independently launching two 9㎡ high-strength fiber capture nets per mission with 15-meter effective range. Ideal for illegal drone interception and target capture scenarios with non-lethal performance and precise control capabilities.
Key Features & Capabilities
Dual-Channel Independent Launch: Two independent channels launch separate 9㎡ high-strength fiber nets in one mission for multiple target capture or secondary interception
Modular Quick Installation: Integrated design enables rapid installation on drone fixed bases; compatible with single downward or dual gimbal interfaces
Multiple Control Modes: Supports PSDK, Uart and Tcp control modes for compatibility with different drone control systems
Illegal Drone Interception: Secure areas including airports, government buildings, power stations, and stadiums
Public Security: Non-lethal capture of suspects and dangerous targets during law enforcement
Wildlife Management: Safe capture and rescue of dangerous or injured animals in remote areas
Emergency Response: Disposal of aerial dangerous objects and uncontrolled flying devices
Why Choose ANG200P?
The ANG200P stands out with dual-channel independent launch capability, modular quick installation, and multiple control modes. Highly compatible with DJI Matrice M350 RTK drones, it features safe operation, precise control, and non-lethal performance. With wide temperature adaptability and reliable structural design, it operates effectively in complex outdoor environments. The ideal airborne net launch solution for multiple target interception and high-efficiency capture scenarios.