Introduction
Tello EDU Drone – The second version of the programmable drone released after the popular Tello. EDU programming is possible in one of three available languages, such as Scratch, Swift, and Python (only Scratch is available for the first version). In the arsenal of the drone is an updated SDK 2.0 with more advanced commands and a sophisticated data interface, allowing the user to write code without much difficulty, to command several Tello EDUs to fly in an organized group, as well as develop amazing AI functions.
Features & Camera
Tello EDU Drone gives the user full access to video stream data, thereby creating more opportunities for image processing and AI development. The new SDK 2.0 lets you improve the drone further, implementing more AI functions, such as object recognition, tracking, three-dimensional reconstruction through programming, computer vision, and deep learning technologies.
The Tello EDU Drone camera is capable of capturing 5MP photos and recording videos in HD quality. The EZ Shots function allows the drone to fly according to given patterns and record short videos. Pictures and videos saved on the smartphone/tablet paired with the drone. You can export files from your smartphone as needed. The flight range is approximately 100m.
Application & Programming
Tello mobile application designed for implementing dynamic FPV flights and aerial photography. Even though both applications are compatible with the drone, one of them must be completely disabled before using the other, and the drone itself will restart.
Tello EDU Drone can be programmed using the Scratch, Swift, and Python languages. It built on the new SDK 2.0 with a lot of commands and an advanced data interface. With the help of programming, you can set the drone to perform following actions according to a pre-set algorithm, as well as realize the ability to recognize objects and much more. Another new coding language available for Tello EDU is Python. Encoding in Python can significantly expand the functionality of the quadrocopter. For example, a user can program several EDU drones to implement synchronized flight (Drone Swarm).
Battery
You can charge the battery across removing it from the drone using the supplied micro USB cable, or at the same time, charge up to three cells with the help of a charger.
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