The unmanned aerial vehicle ejection system adopts a series of completely independent innovation technologies, including no pipeline air supply mechanism, central airway layout, direct injection two-way control, digital circuit measurement and control, digital parameter setting, networked data transmission, digital safety Locking, etc., the system is safe and reliable in operation, strong in power, easy to operate and maintain, and low in cost. The unique pneumatic reset mechanism effectively controls the excessive loss of compressed gas, and the ejection interval can be shortened to less than 5 minutes. The system is highly integrated. In addition to air source, it can be exempted from external additional power supply, circuits and facilities. It is suitable for various climates and environments. A single person can operate independently.

Aerodynamic ejection technology avoids many defects in the launcher of traditional unmanned aerial vehicles, such as: rocket-assisted tail flame infrared exposure; high cost of electromagnetic ejection and complex peripherals. This system uses low-cost compressed gas, silent, no light, no tail flame, and has extremely high safety, technology and economy. The 6-meter-long slide can accelerate the 150kg-class drone to a disengagement speed of 30 m/s, and the cost of each launch is only a few cents. The system can be towed or on-board, and the requirements for the work site and environment are not high. It can be operated anytime and anywhere, and has extremely high mobility and practicability.

For details, please go to: http://successfuldesign.org/work/596f2b49f33fd5254932b331