Smart Tank Robot Kit A versatile, hands on robot kit that combines multiple practical functions with durable construction and modular expandability. Designed for hobbyists, educators, and students, this kit delivers a real world platform for learning electronics, mechanics, and basic programming. Key benefits Multi function learning and play: Includes line tracking, fire extinguishing, and light following capabilities. Ideal for teaching control logic, sensor integration, and behavioral programming through visible, repeatable tasks. Hands on DIY experience: The kit contains small parts and straightforward assembly steps that reinforce mechanical skills and attention to detail. Builds confidence in electronics and system assembly for individual learners or classroom groups. Built to last: Aluminum alloy brackets, metal motors, and wheels provide a rigid frame and reliable drive performance for repeated builds and demonstrations. Modular and extensible: A motor driver shield and a sensor shield allow you to connect additional sensors and modules to expand functions without redesigning the chassis. This makes the kit a flexible base for experiments and custom projects. Practical problem solving: Lets users prototype real use cases such as autonomous navigation, targeted responses to environmental inputs, and integrated actuator control, turning abstract concepts into tangible results. What stands out Durable mechanical core using metal components for better wear resistance compared to typical plastic kits. Purpose built shields for easy integration of sensors and expansion modules, reducing wiring complexity and speeding up development. Designed for educational settings where repeatable demonstrations and reliable operation are important. Key attributes Function: Line tracking, fire extinguishing, light following, and other programmable behaviors. Construction: Aluminum alloy brackets, metal motors, quality wheels for dependable operation. Connectivity: Motor driver shield and sensor shield for attaching a variety of sensors and modules. Assembly: Requires small components and manual assembly for a hands on learning experience. Use scenarios Classroom STEM project: Assign students to assemble the tank, then program line following and light following routines to learn about sensors, feedback loops, and debugging. Robotics club challenge: Configure the fire extinguishing feature and line tracking to create timed missions that combine navigation and task execution. Prototype platform for hobby projects: Add sensors through the included shields to experiment with behaviors such as remote control, telemetry, or environmental sensing. This kit provides a practical, durable, and expandable platform for learning robotics and prototyping real world behaviors without unnecessary complexity.