DIY Mini Smart Tank Robot v3.0 A compact, buildityourself tank robot kit designed for handson STEM learning and hobbyist projects. The kit lets users assemble a small programmable vehicle, write and upload code, and experiment with motion control and basic robotics concepts. Key benefits Practical STEM learning: Teaches fundamentals of mechanics, electronics, and programming through guided assembly and handson experimentation. Programmable and expandable: Compatible with Arduino and Mixly for blockbased or textbased coding, enabling beginners and more advanced users to behavior. Compact and approachable: Small form factor fits desktop workspaces and classroom tables, making it suitable for individual or group activities. Encourages problem solving: Assembly and programming tasks promote logical thinking, debugging skills, and projectbased learning. Main attributes Function: Acts as a small, tracked robot platform controllable by user programs. Ideal for motion experiments, basic robotics projects, and coding practice. Compatibility: Designed to work with Arduinocompatible controllers and the Mixly visual programming environment for easy code creation and uploading. Design: Presented as a DIY assembly kit in version 3.0, offering an updated platform for learning robotics construction and control. Materials and build: Supplied as a kit for manual assembly using commonly used hobby components and structural parts suitable for classroom and hobby use. Performance: Provides programmable movement and a stable tracked drive suited to experiments, demonstrations, and smallscale robotic tasks. What you can do with it Learn programming: Use Mixly block coding to create movement sequences, then transition to Arduino code to deepen understanding of logic, loops, and sensors. Prototype simple robotics projects: Adapt the tank platform for line following, obstacle avoidance, or remote control with additional compatible modules. Classroom and workshop use: Assign guided builds to small groups to teach teamwork, basic circuitry, and programming in a structured lesson. Use scenarios Afterschool STEM club: Students assemble the kit over several sessions, learn Mixly basics to make the robot move, and present a short demo showing navigation routines. Hobbyist prototyping: A maker uses the tank as a base platform to test motor control algorithms and to add external modules for sensing or wireless control. Classroom demonstration: An instructor uses the kit to demonstrate the relationship between code and physical motion, letting learners modify parameters and observe immediate results. What to expect A handson DIY kit targeted at learners and hobbyists who want a small, programmable robotics platform. Compatibility with common Arduinocompatible controllers and the Mixly programming environment to support both visual and textbased coding paths. A compact tracked chassis suitable for desk and classroom activities, with emphasis on learning assembly and programming skills. This product is suited to educators, students, and hobbyists seeking a practical introduction to robotics and programmable hardware using Arduinocompatible tools and Mixly.