T-M168 Remote Control Balance Robot DIY Learning Kit

Overview of the T-M168 Remote Control Balance Robot DIY Learning Kit

The T-M168 Remote Control Balance Robot DIY Learning Kit is a hands-on educational project designed to teach students and hobbyists the fundamentals of robotics, gyroscopic balance, motion control, and remote communication. This self-balancing robot kit combines electronics, mechanics, and control systems to deliver a practical STEM learning experience.

Self-Balancing Robot Kit Features

• Self-Balancing Design: Uses gyro and accelerometer sensors with control logic to maintain stability while standing or moving.
• Remote Control Operation: Includes a wireless controller and receiver to drive, steer, and test the robot’s balance remotely.
• Motorized Drive System: Dual DC motors deliver smooth, responsive movement for realistic robotics demonstrations.
• DIY Assembly: Pre-cut chassis components and a full hardware kit enable easy assembly without soldering.
• Durable Components: High-quality plastic, metal parts, and electronics are built for reliable classroom or workshop use.
• Quick Build Time: Typical assembly time is 45 to 60 minutes, suitable for class periods and science fair preparation.

Package Includes

• Pre-cut chassis components
• DC motors and wheels
• Balance control sensor (gyro/accelerometer module)
• Remote control module and receiver
• Battery holder and wiring kit
• Screws, nuts, and connectors
• Assembly and wiring instruction manual

Specifications

• Model: T-M168
• Material: Plastic, metal, and electronic components
• Power Supply: DC 3V to 6V (battery-operated)
• Control Type: Remote control (wired or wireless, depending on version)
• Sensor Type: Gyroscope and accelerometer (depending on version)
• Assembly Time: 45 to 60 minutes
• Skill Level: Intermediate

Educational Value and Learning Outcomes

This self-balancing robot kit is ideal for introducing core STEM concepts through hands-on learning. Students and hobbyists will:

• Understand balance and motion control systems and how sensors feed back into control loops.
• Explore feedback mechanisms and stability algorithms used in robotics.
• Develop problem-solving, mechanical assembly, and basic electronics skills.
• Gain experience with remote communication and motor coordination in real-world applications.

Assembly, Testing, and Classroom Use

The T-M168 kit is designed for straightforward assembly. No soldering is required. Follow these basic steps for a successful build and test session:

• Unpack and inventory all parts using the included manual.
• Assemble the pre-cut chassis and mount motors and wheels.
• Install the balance control sensor and connect the wiring kit to the motor driver and receiver.
• Install batteries and calibrate the gyro/accelerometer per the manual.
• Use the remote controller to test balance, tuning movement and response.

Tips and Best Practices

• Perform assembly on a clean, flat surface and organize small hardware before starting.
• Follow sensor calibration steps carefully to ensure stable balancing performance.
• Use fresh batteries for consistent motor performance during demonstrations.
• Encourage students to document changes and experiment with tuning for deeper learning.

Ideal Uses

• STEM classroom lessons and labs
• Science fair projects and demonstrations
• Robotics competitions and workshops
• Independent hobbyist learning and prototyping

Note

Images are for illustration purposes only. Specifications and sensor types may vary by version.