DIY Mini Smart Tank Robot v3.0 is a compact, programmable STEM toy car kit built for handson learning and creative projects. The kit provides a small tankstyle platform that you assemble and program, making it suitable for education, hobbyist exploration, and prototype development. Key benefits Teaches practical coding and electronics: program movement and behavior using Arduino IDE or Mixly blockbased visual programming. Encourages problem solving and projectbased learning: build, modify, and test real hardware while learning logic and control. Compact and classroomfriendly: small footprint fits on desks or workbenches for individual or group activities. Versatile and expandable: supports useradded modules and sensors for advanced experiments and custom projects. Main attributes Function: DIY tankstyle robot platform for programmable motion and control. Compatibility: Works with Arduinocompatible boards and the Mixly visual programming environment for block coding and quick testing. Version: v3.0, reflecting the current hardware iteration for the kit. Form factor: Miniature design intended for desktop and classroom use. Kit nature: Delivered as a buildityourself set to teach assembly, wiring, and programming fundamentals. Practical use scenarios Classroom lessons: Use the kit in a STEM class to teach basic programming concepts, motor control, and electronics through a guided buildandcode activity. Afterschool maker projects: Students and hobbyists can prototype behaviors, add sensors or modules, and create challenges such as obstacle courses or linefollowing routines. Skill development and testing: Use the robot as a lowcost platform to practice Arduino coding, experiment with control algorithms, or validate small automation ideas. Who this is for Educators seeking a handson tool to support STEM lessons. Beginners wanting a tangible introduction to programming and hardware. Hobbyists and makers who prefer a compact, programmable robotics base for experiments. The DIY Mini Smart Tank Robot v3.0 provides a focused, teachable platform that connects assembly, circuitry, and coding in a single project. It is intended for educational and hobbyist use and integrates with Arduinocompatible tools and Mixly to support both visual and textbased programming workflows.