Overview: T-M410 Obstacle Avoidance Robot DIY Learning Kit
The T-M410 Obstacle Avoidance Robot DIY Learning Kit is a complete educational project that introduces learners to robotics, automation, and sensor-based control systems. This DIY learning kit lets students build and program an autonomous robot that detects and navigates around obstacles using infrared or ultrasonic sensors. Perfect for classroom use, robotics clubs, and STEM programs, the T-M410 bridges theory and hands-on practice.
Key Features
- Smart Obstacle Avoidance – Automatic detection and avoidance using selectable infrared or ultrasonic sensors.
- STEM-Based Design – Practical lessons in automation, sensing, and motor control systems.
- Hands-On Assembly – Full mechanical and electronic assembly promotes problem solving and technical skills.
- Battery Operated and Safe – Low-voltage DC design suitable for classroom environments and beginners.
- Durable Construction – High-grade wooden chassis combined with reliable electronic components.
- Interactive Learning – Enhances understanding of electronics, coding logic, and mechanics through experimentation.
What You Get in the Package
- Robot chassis (wooden platform)
- DC motor and wheels
- Obstacle detection sensor (infrared or ultrasonic)
- Battery holder
- Wiring set and connectors
- Assembly accessories (screws, nuts, etc.)
- Instruction manual with wiring diagrams and programming tips
Specifications
- Power Source: Battery operated (DC supply)
- Detection Range: 2 cm to 30 cm (depends on sensor type)
- Drive Mechanism: Dual motor differential drive
- Material: Wooden chassis with electronic components
- Assembly Time: 45 to 60 minutes
- Skill Level: Intermediate
- Voltage Range: 3 V to 6 V DC
Educational Benefits
The T-M410 kit delivers strong educational value for students and hobbyists. It is designed to teach:
- Autonomous navigation and obstacle avoidance algorithms
- Sensor interfacing and signal processing for infrared and ultrasonic devices
- Motor control, wiring, and basic electronic circuit design
- Logical problem solving, debugging, and iterative design methods
- Teamwork and documentation skills useful in competitions and project-based learning
Assembly and Programming Guidance
The included instruction manual guides users through mechanical assembly, wiring, and sensor installation. Typical assembly takes 45 to 60 minutes and introduces key concepts such as differential drive behavior and sensor-triggered control routines. Once assembled, learners can program and refine obstacle avoidance behaviors by adjusting sensor thresholds and motor responses.
Recommended Applications
- STEM classes and laboratory exercises
- Robotics clubs and maker spaces
- Science fairs and technology competitions
- Introductory training on automation and intelligent systems
Safety and Care
This product uses low-voltage DC power and is designed for safe educational use. Always follow the instruction manual for correct battery installation and wiring. Keep small parts away from young children and handle electronic components with care to avoid damage.
Additional Notes
Images are for illustration purposes only. The kit contents and sensor type may vary slightly depending on stock availability.
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