The multi-purpose Multicopter project, initiated in 2014 as a collaboration between the university and the private sector, has successfully completed its R&D phase and moved into mass production. This project developed 10 different models of Multicopter-type UAVs for both military and civilian purposes. These models are compatible with various payloads and imaging systems, utilizing a new gimbal system for easy attachment and detachment. The Multicopters, capable of continuous operation for at least eight hours on 220V, can perform 30x optical zoom. Geomatics also offers certified UAV-0 and UAV-1 training by four drone pilots and instructors, approved by the SHGM.

Multicopter Variants:

• T Copter: 2-motor.
• Y Copter: 3-motor.
• Quad Copter: 4 or 8-motor (x4).
• Hexa Copter: 6-motor.
• Octo Copter: 8-motor.
• Dedoca Copter: 12-motor (x6).
• Coaxial Copter: 16-motor (x8).

System Features:

Power Source: Rechargeable lithium polymer batteries.

Control System: Includes various sensors like Gyro, accelerometer, magnetic field sensor, global positioning system, ultrasonic sensor, and pressure sensor.

Applications:

• Used in aerial photography and video shooting.
• Cameras in the air utilize gimbal or similar electromechanical systems for stable and vibration-free image quality.