Intelligent UAV drone with fire detection/maping features and alert system. Reconnaissance cameras and multiple payload transport system.
Nowadays, we are seeing a lot of drones that have an obstacle avoidance and hand control feature is a toy or video drone.
The beginnings of a 210mm quadcopter controlled by the BeagleBoard.org PocketBeagle development board powered by Octavo Systems SiP.
By connecting your Myo armband and Parrot drones to your Octoblu account, you can seamlessly control a swarm of drones with hand gestures.
This article will take you through building Holybro S500 V2 Dev Kit and flying it autonomously using telemetry.
Capture spherical video with Solo and two Kodak 360's for watching flights in VR
The EDC: Edu Drone Controller allows you to control your Tello drone with an ESP32 MCU supporting gamepads for precise flight control
VR telepresence attends meetings for you. Motion sickness from the Rift will stay at home.
Controlling DJI Tello drone with gestures via the M5Stack FIRE module and Edge Impulse.
Integrating Time of Flight sensors with the drone to implement autonomous features such as altitude holding.
A soft switch with integrated energy monitoring enabling spark-free switching for electric vehicles and drones.
This is a budget FPV quadcopter.
A practical circuit of NRF24l01 that works well with any type of Arduino. Let's build own NRF to know connection setup.
Field alternating 3D FPV camera for Android which is small enough for a micro quadcopter.
Don't spend hundreds of dollars on a mainstream drone: make it yourself! A DIY drone for cheap.
n this tutorial, let's explore what is a servo
We identify and locate 'hot spots' with open-source software and, low cost, off-the-shelf hardware.
Avnet Brainium module-based predictive maintenance device that can detect future hazards and problems before taking off your powerful drone.
Craft your own Air-Quality & Weather Monitoring Drone: DIY tech meets environmental awareness. Build, sense, explore, and contribute!
IoT connection will be used to provide telemetry from the drone. IoT also acts as a backup for the radio control improving safety.
Part 2 incorporates a GPS receiver, 10 DOF IMU, and Ultrasonic distance sensor to be used for flight controls.
In this project we show how to simulate Erle-Copter DIY in Gazebo/ROS
Decrease fire losses by identifying fire class and agent using machine learning applied on the drone collected environmental data from fumes
Autonomous drone based classification of ammonia emissions from fertilizers
