DJI RoboMaster TT Tello Talent (GL)

The DJI RoboMaster TT (Tello Talent, GL) is an educational mini-drone designed to introduce students to robotics, AI, and programming. Lightweight and highly programmable, it features an 8×8 dot-matrix LED screen, obstacle awareness, and dual-band communication, making it an ideal tool for hands-on STEM learning and creative coding exercises.

The RoboMaster TT (Tello Talent, GL) is a compact educational drone developed by DJI Education to lower the barrier for robotics and AI learning. With a takeoff weight of only 87 g and dimensions of 98×92.5×41 mm, the drone is lightweight and portable, yet packed with educational features. Its onboard 5 MP camera with 82.6° FoV and HD 720P video capability enables students to explore aerial imaging, while electronic image stabilization ensures smooth footage.

The TT supports Python 3.0-based SDK, Arduino, graphical programming, and MicroPython, providing flexible coding options for beginners and advanced learners. It also integrates a programmable 8×8 red-and-blue dot-matrix LED screen, infrared distance sensor, barometer, downward vision sensor, and LED indicators for obstacle detection and intelligent awareness. Dual-band Wi-Fi communication (2.4 GHz and 5.8 GHz) ensures reliable connectivity, while the open-source controller allows further expansion with third-party sensors through a 14-pin extended interface.

Flight performance includes a maximum distance of 100 m, speed of 8 m/s, flight time of 8 minutes, and maximum height of 30 m, making it suitable for indoor and controlled outdoor learning environments. The TT comes with propeller guards, spare propellers, extension boards, mission pads, and a rechargeable 1.1 Ah battery to ensure safe and engaging learning experiences.

With its rich teaching resources, programmable features, and open-source adaptability, the RoboMaster TT empowers students to develop creativity, coding skills, and confidence in STEM subjects through immersive, hands-on learning.

Key Features:

• Lightweight educational mini-drone (87 g)
• 5 MP camera, HD 720P video, electronic image stabilization
• 8×8 red-and-blue programmable dot-matrix LED display
• Infrared distance sensor and obstacle avoidance
• Dual-band Wi-Fi communication (2.4 GHz & 5.8 GHz)
• Programmable via RoboMaster SDK, Python 3.0, Arduino, MicroPython, graphical programming
• Open-source controller with 14-pin expansion interface
• Flight performance: up to 100 m range, 8 m/s speed, 8 min flight time
• Flight modes and mission pads for coding and gameplay exercises