TELLO EDU
Description TELLO EDU
A New Approach to Learning Robotics and Coding
The challenge of introducing students to robotics and programming often lies in bridging the gap between abstract code and tangible, physical results. TELLO EDU addresses this by turning DJI's compact Tello drone into a dynamic, flying classroom. This application provides a direct link between coding logic and real-world aerobatics, transforming theoretical STEM concepts into immediate, visual feedback. It is designed as a central hub for controlling drone hardware through various programming interfaces, making it a practical tool for both individual learning and structured educational environments.
Core Functionality and Educational Tools
TELLO EDU serves as the primary control and programming interface for the Tello drone series. The app connects to the drone via Wi-Fi, offering multiple operational modes tailored to different skill levels. For beginners, a simple block-based coding environment allows users to create flight sequences by dragging and dropping command blocks. More advanced users can switch to a text-based programming mode using Python or Swift, writing precise scripts to control flight paths, camera angles, and sensor data. The app also supports mission pad detection, enabling the drone to perform autonomous navigation and execute coded routines relative to visual markers placed on the ground.
Key Operational Advantages
- Multi-Language Programming Support: Transition from visual Scratch-like blocks to professional text coding in Python or Swift for scalable learning.
- Real-Time Flight Data Telemetry: Monitor battery status, flight height, speed, and attitude directly within the programming interface for immediate feedback.
- Mission Pad for Advanced Automation: Utilize coded commands for the drone to recognize and interact with physical markers, enabling complex autonomous missions.
The interface is structured to minimize distraction, focusing the user’s attention on the logic of their code. Visual execution of commands provides clear cause-and-effect understanding, which is critical for educational retention. The ability to see a drone physically execute a programmed maneuver—whether a simple takeoff or a complex figure-eight pattern around mission pads—converts programming from a screen-based activity into an engaging, three-dimensional experience.
Download the Mobile App Now
Gain exclusive, early access to a platform that demystifies robotics and coding. For a limited time, new users can explore the full suite of programming tools designed to take your skills from first flight to advanced automation. Install today to start transforming code into flight.
Disclaimer: This application requires a compatible DJI Tello drone for full functionality and a stable internet connection for initial setup and potential updates. In-app purchases or additional hardware may be required for accessing certain advanced features or mission pads. Use of this app and the connected drone must comply with all local laws and regulations regarding UAVs. Data usage may apply. Not intended for children under the age of 13 without adult supervision. DJI TECHNOLOGY CO., LTD is not responsible for any damage or injury resulting from improper use.