The drone is based around an Arduino Pro Mini, and uses an MPU6050 IMU for motion sensing and flight control. Communication with the drone is via an NRF24L01.

The flight controller is likely outputting R/C pulses to electronic speed controllers (ESC). R/C pulses are 1 to 2 ms long, repeating about 20ms. ESCs convert that to 20kHz+ 3 phase BLDC PWM.

The essential elements for an FPV drone are the flight controller, camera, radio, motors and antenna, which are attached to a drone body. Connectors and propellers are made on 3D printers.

Astronaut and pilot-designed controller by Fluidity Technologies makes drone flight more precise, intuitive and easier to learn HOUSTON, November, 2018 – Drone pilots, from commercial experts to ...

Flight. Drones. Your Old Game Boy Can Control Your New Drone. ... Hattenberger connected it to an Arduino microcontroller and an FTDI semiconductor. From there, Hattenberger says, ...

An automated flight control system for drone swarms has been developed. Universidad Carlos III de Madrid. Journal Sensors DOI 10.3390/s21134414. Keywords /Scientific community/Geographic regions ...

FLIR Systems, Inc. (NASDAQ: FLIR) today announced the DroneSense–FLIR Edition, a drone flight management software platform designed for public safety applications. FLIR announced a strategic ...

ORLANDO, FL / ACCESSWIRE / July 16, 2024 / Unusual Machines, Inc. (NYSE American:UMAC) ("Unusual Machines" or the "Company"), a drone and drone components manufacturer, today announced the launch ...