Robot Kit STEM Smart Tank Robot v3.0, Programmable DIY Educational Car Compatible with Mixly

DIY Mini Smart Tank Robot v3.0 A compact, programmable tank robot kit designed for handson STEM learning, maker projects, and classroom use. The kit combines mechanical assembly and software programming to teach robotics concepts, control systems, and logical thinking while allowing and expansion. Key benefits Learn by doing: Build the robot from parts and program its behavior, reinforcing practical skills in electronics, mechanics, and coding. Easy programming: Compatible with Arduino and visual block programming in Mixly, making it suitable for beginners and more advanced users who prefer codebased control. Flexible and expandable: Designed to work with Arduinocompatible modules and sensors, enabling project growth and custom experiments. Compact and durable: Mini form factor takes up little workspace while its construction supports repeated assembly and practical use. Clear educational progression: From basic movement and control to advanced automation and sensor integration, the platform supports progressive learning. Main functions Tank drive mobility for stable movement and directional control. Programmable control using Arduino IDE or Mixly visual blocks. Modular design that supports additional modules and sensors compatible with Arduino standards. Compatibility Works with Arduinocompatible microcontrollers and is fully programmable via Arduino IDE. Supports Mixly visual programming for blockbased development and rapid prototyping. Compatible with standard Arduino modules and common sensors to extend functionality. Size and materials Miniature footprint for easy tabletop use and transport. Constructed from robust components intended for classroom and hobbyist handling. Design focuses on balance between compact size and functional stability. Performance Responsive to programmed commands and suitable for precise control experiments. Stable tankstyle motion for indoor testing and obstacle navigation experiments. Supports iterative development through reprogramming and component upgrades. Practical use scenarios Classroom lesson: Students assemble the kit and program basic movements, then progress to tasks such as line following or timed obstacle courses to learn control logic. Hobbyist project: behavior with additional sensors and write Arduino sketches for autonomous navigation or remote control via wireless modules. Prototype and experimentation: Use the robot as a base platform for testing algorithms in path planning, PID control, or sensor fusion in a compact, repeatable setup. Who this is for Educators building handson STEM curricula. Hobbyists and makers exploring robotics and embedded programming. Beginners wanting a gentle introduction to Arduino and blockbased coding with a physical, reprogrammable robot. The DIY Mini Smart Tank Robot v3.0 offers a practical, expandable platform to build mechanical skills, develop programming proficiency, and prototype realworld robotics ideas in a compact, userfriendly package.