Robot Tank with Robotic Arm for STM32 Programming

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Robot Tank with Robotic Arm for STM32 Programming is Powered by STM32; Tankbot is an intelligent carrying robot. It is loaded with a robotic arm of 6 DOF and adopts an intelligent serial bus servo. Tankbot supports APP, handle, and somatosensory glove control. With the help of the robotic arm, it can complete picking and transferring tasks easily. There are multiple built-in sensors on it, including an ultrasonic sensor, sound sensor, 4-channel line follower, acceleration sensor, etc., which helps to expand more creative games! Details

Robot Arm with Mecanum Wheels

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Robot Arm with Mecanum Wheels is combined with an RGB glowy ultrasonic sensor, and it can control light colors and perform obstacle avoidance. In addition, various sensors can be installed on MasterPi for more perception functions. With abundant tutorials and open-source Python codes, MasterPi is a perfect helper for you to learn robot technology and robot vision to be a real AI player! More info

Servo Motor for Robot Arm Quadruped Robot, CAN BUS

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Precise rotation 1:7 makes control more precise. Provide diversified choices for customers in different fields. Support communication methods: CAN bus 32 BIT ARM: The drive adopts a 32-bit high-performance ARM chip—a high-precision planetary reducer. Precise rotation 1:7 makes control more precise. Provide diversified choices for customers in different fields. 32 BIT ARM: The drive adopts a 32-bit high-performance ARM chip. High-performance MOS-FET supports 48V voltage. Compact flat structure, powerful torque output. More Details

Rover Robot

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The Rover Mini is an open-source, ROS1, and ROS2-enabled mobile robotic platform ready to get your project to the next level right out of the box! With four powerful and efficient hub motors, a super sturdy design, and the experience of Rover Robotics behind it, this robot is the perfect fit for your next robotics project! It comes with a Base and Battery Charger. Details

Drone Education Set for Classrooms

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The CoDrone EDU is a programmable drone meant for learning in the classroom. Code it in Python or start from the basics with block-based coding. Unique to this drone are its color sensors, a front range sensor, and a bottom range sensor, among others—all usable in code. With a durable and safe frame, programmable lights, and access to its seven sensors, it’s an excellent learning and a great way to learn coding and engineering skills. Details