Build a compact intelligent tracking and obstacle avoidance car with this electronic DIY kit. Designed for students, hobbyists, and makers, the kit combines TT motors and essential electronic components to teach sensor integration, motor control, and basic robotics principles. Key benefits Learn by building: Handson kit helps users understand sensors, motor drivers, and wiring while assembling a complete smart car. Practical problem solving: Integrated tracking and obstacle avoidance functions demonstrate realworld navigation and control techniques. Flexible for projects: Component layout and standard connectors make it easy to extend or adapt the kit for custom experiments and prototypes. What this kit does Intelligent tracking: Onboard tracking sensors let the vehicle follow lines or prearranged tracks for automated navigation. Obstacle avoidance: Sensor module detects obstacles and triggers avoidance maneuvers to keep the car moving without collisions. Motor control: Twin TT motors provide drive power and responsive speed control via a motor driver module included in the kit. Included components and materials TT DC motors with metal motor shafts for reliable torque and endurance Compact chassis and wheel set sized for small robotics projects Motor driver module and essential electronic boards for power and control Tracking sensor module and obstacle detection sensor module Battery holder, jumper wires, mounting hardware, and assembly instructions Printed circuit boards and durable plastic parts made for repeated assembly and testing Compatibility and performance Designed to work with common microcontroller platforms and standard lowvoltage DC power sources used in educational and hobby robotics Stable driving performance from matched motors and chassis layout for predictable handling Modular wiring and connector layout simplify integration with external controllers, sensors, or expansion modules Typical applications Classroom and workshop use: Teach fundamentals of electronics, sensors, and control systems through a guided build and testing process. Prototyping navigation logic: Use the kit as a testbed for refining tracking algorithms, obstacle avoidance strategies, and motor control routines. Hobby projects and demonstrations: Create interactive demos, small robot challenges, or learning projects that combine assembly, wiring, and basic programming. Why choose this kit Clear learning pathway from assembly to testing and tuning Components selected for compatibility and handson experimentation Modular design supports future upgrades and integration with additional electronics What to expect after A complete component set ready for assembly and testing A compact smart car platform suitable for tabletop use and classroom benches Practical exposure to sensordriven controls and motorized systems This kit is suited for learners and makers who want a practical, expandable platform for exploring tracking, obstacle avoidance, and basic robotics without requiring advanced tools or prior experience.