DJI RoboMaster TT Educational Drone

DJI RoboMaster TT Educational Drone - Immerse yourself in the world of technology and robotics

DJI RoboMaster TT is a unique educational device. It is designed to inspire students and enthusiasts with science and technology knowledge. This drone combines advanced technology and programming capabilities. With it you will receive unique educational and research opportunities.

Key features of the quadcopter

• Multifunctionality. It can perform a variety of tasks, from basic robotics training to programming and creating autonomous algorithms.
• Unique design. Modern and ergonomic design ensures ease of control and reliability in operation.
• Technologies and innovations. Using advanced DJI technology, the RoboMaster TT provides stable flight and high precision control.
• Educational opportunities. Suitable for teaching the basics of programming, engineering, as well as for conducting scientific experiments and research.
• Interactive features. Opportunity to create and participate in international competitions and simulations that promote teamwork and leadership skills.

Areas of drone use

• Educational institutions. Integration into robotics and STEM education courses.
• Research projects. Research of autonomous systems and solution of engineering problems.
• Personal research. An exploration of drone programming principles and mechanics.

The DJI RoboMaster TT opens up new horizons for exploring technology and robotics. It will stimulate interest in science and innovation among students and technology enthusiasts. This device not only educates, but also inspires future technologies and research.

Specifications

• Open Source Controller
• Bluetooth: 2.4 GHz
• MCU: ESP32-D2WD, dual core, 160 MHz, 400 MIPS
• Wi-Fi frequency range: 2.4 GHz and 5.8 GHz
• Weight: 12.5 g (including open source controller and range matrix screen)
• Scalability: 14-pin extended interface (for I2C, UART, SPI, GPIO, PWM and power supply)
• Open Source: Supports SDK development, Arduino, graphical programming and MicroPython programming.
• Programmable LED Indicator: Full Color LED
• Operating mode: Access point and station modes
• Dimensions: 49.5×32×15.2 mm
• Rangefinder matrix screen expansion module
• Max. measured distance: 1.2 m (indoors with white targets)
• Range Module: Infrared Distance Sensor (ToF)
• Programmable Matrix LED: 8x8 Red-Blue LED
• Dimensions: 35.3×31.5×8.6 mm
• Matrix control function: IIC interface, automatic matrix scanning, 256-level overall brightness adjustment and 256-level single LED brightness adjustment.
• Take-off weight: 87 g (including propeller blades, propeller blade guards and batteries)
• Max. flight time: 8 min
• Max. flight altitude: 30 m
• Max. horizontal speed: 8 m/s
• Max. flight distance (in calm conditions): 100 m
• Dimensions: 98×92.5×41 mm
• Max. photo resolution: 5 MP
• Video Resolution: HD720P30
• Photo formats: JPG.