Programmable drones
Programmable drones are drones equipped with sensors, cameras and processors that can be programmed to perform specific tasks. They can be used in a number of fields, including research, development and higher education.
Programmable drones: what applications?
Programmable drones allow researchers, engineers and students to collect data, develop products and learn important concepts related to robotics and engineering. Examples of applications include:
Collecting data in environments that are difficult to access or dangerous for humans:
- Mapping inaccessible areas
- Monitoring of wild animals
- Measuring air and water pollution
- Detecting changes in the environment
Prototyping products that require aerial movement:
- Testing prototype delivery or surveillance drones
- Testing new control algorithms
Teaching programming, robotics and engineering concepts:
- Learning to program drones
- Designing and building drones from scratch
- Understanding the principles of drone flight and navigation
Which programmable drone to choose?
Crazyflie 2.1: an open source programmable mini-drone
Designed for research and development in robotics and embedded computing, the Crazyflie 2.1 drone is equipped with an ARM Cortex-M4 processor and a full set of sensors: accelerometer, gyroscope, magnetometer and pressure sensor.
Small in size (92 x 92 x 29 mm), it can be powered by a 240 mAh Li-Po battery and fly for about 7 minutes. It is compatible with Python, C, C++, ROS, Matlab, etc.
Versatile and customisable, it can be used for a variety of applications: aerial mapping, environmental monitoring, research on autonomous drones and robotics, etc
Drone Tello Edu: a programmable drone for beginners
If you want to explore the basic functionality of drone programming, the DJI Tello is ideal. It is equipped with an Intel Movidis Myriad 2 VPU processor, a stabilisation system and a rechargeable 1100 mAh battery that allows it to fly for up to 13 minutes.
It can be controlled via a mobile application and can be used for various applications: aerial photography, 3D mapping, surveillance, inspection etc.
This Crazyradio 2.0 2.4 GHz module lets you communicate with the Crazyflie robotic platform from a distance of over 1 km.
Something’s happened to your battery charger or your Crazyflie 2.1+ drone LiPo battery? Don’t panic, these spare parts will come to your rescue!
You have a programmable Crazyflie drone that’s now ready to explore its environment and embark on its first adventures? Be sure to keep a few compatible spare parts on hand, just in case!
The Crazyflie 2.1+ quadcopter nano kit, with its USB radio dongle, is a programmable and fully open-source long-range drone (ROS compatible).
Make your DJI Tello drone’s flights less risky with this propeller guard set. It will protect both your device... and anyone it might hit!
Bitcraze has created a new kit for its tiny programmable Crazyflie 2.1+ drone(ROS compatible). This time it comes with a radio amplifier and ToF sensor!
If you’ve never experienced the distress of a drone being brought down by a broken propeller, you won’t understand why we find this propeller pack for the Crazyflie 2.X flying robot by Bitcraze so useful!
Use this colour camera module to install a new image capture system for your Crazyflie 2.1 mini-drone.
4 spare brushed motors for your mini Crazyflie 2.1+ flying platform.
The AI Bundle package includes all the components you need to get started with your AI flight application. Add a stunning artistic touch to your Crazyflie 2.X drone by customizing it with colorful RGB LEDs!
The Thrust Upgrade Bundle for Crazyflie 2.X is a set of upgrades designed to improve the flight performance of your Crazyflie Drone.
The STEM Ranging Bundle is based on a Crazyflie 2.X equipped with a Flow Deck V2 and a Multi-ranger deck. It represents an autonomous drone controllable through a simple Python script, ideal for exploring and operating a robot in three dimensions. It has the capability to detect obstacles in its environment, and you will be able to perform your first interactive flight with full autonomy.
Be prepared for all eventualities thanks to these Crazyflie 2.1+ motor mounts. What would you do without them?!
The Crazyflie 2.X LED-ring expansion board will illuminate each of your creations with 12 RGB and 2 white strong LEDs.
With this battery + charger pack, maximize your flight sessions and fully enjoy the performance of your Crazyflie 2.X!
The Happy Hacker Bundle gathers all the necessary tools for you to delve into software, firmware, and hardware development. With the included debugging adapter, you can perform advanced debugging, real-time recording, and configure your project via the Crazyradio.
The Artist Bundle brings together all the necessary elements to inspire you and allow you to create unique masterpieces, impossible to conceive with other quadcopters. By experimenting with light and sound, you can embark on an artistic exploration of flying robotics.
With the Lighthouse Explorer package, you'll have all the necessary components at your disposal to assess the Lighthouse positioning system.
Want to install an SD card reader on your flying Crazyflie 2.1 robotic platform to read or record data in flight?
A complete solution to discover the potential of autonomous indoor flight with LPS technology. Perfect for starting precise aerial robotics projects in a controlled environment!
This bundle provides everything you need to create a fully operational swarm of Crazyflie 2.1 Brushless drones, ideal for aerial robotics research and precise indoor positioning projects using LPS technology (Loco Positioning System).
The ideal kit for designing, programming, and customizing your Crazyflie projects with complete tools for prototyping, debugging, and radio communication.
A complete solution to create your first scripts, pilot a Crazyflie in 3D, and easily analyze all your flight data.
The Lighthouse Explorer Bundle includes all the necessary equipment to explore Lighthouse positioning with the Crazyflie 2.1 Brushless. Perfect for aerial robotics, precision localization research, and real‑time tracking of drones in controlled environments.