Besomi Hands Gesture Control Robo Car Kit

The Gesture Control Robo Car Kit is an interactive and educational robotic platform designed by
Besomi to introduce learners and enthusiasts to the world of gesture-controlled robotics, wireless
communication, and motor automation. Equipped with dual ESP32 boards and an MPU-6050
sensor, this 4-wheel vehicle responds to your hand movements in real time—perfect for STEM labs,
robotics workshops, and hands-on electronics projects.

This kit combines ESP-NOW wireless communication, motor control via L298N, and real-time
gesture recognition on a robust ESP32 platform. Whether it’s moving forward, turning left, or
reversing, the Gesture Control Robo Car makes learning electronics and robotics fun and intuitive.

Kit Contents:

•  ESP32 Boards – 2 pcs (Master for gesture detection, Slave for motor control)
• MPU-6050 Sensor (6-axis accelerometer + gyroscope) – 1 pc
• 298N Motor Driver Module – 1 pc
• DC Motors with Wheels – 4 pcs
• 18650 Li-ion Batteries (3-cell pack for car, 1-cell for controller) – 4 pcs
• Battery Holders – 2 pcs
• Jumper Wires, On/Off Switch, USB Cables – assorted
• Glove for mounting Master ESP32 + MPU6050

Key Features:

• Gesture-Powered Control: Tilt your hand forward, backward, left, or right to control the
  car’s movements in real time.
• Wireless ESP-NOW Communication: Ultra-fast, low-latency connection between the glove
  controller and car.
• Precise Motor Management: Dual H-bridge L298N motor driver for smooth forward,
  backward, and turning motions.
• Complete DIY Kit: All necessary electronics, wiring, and glove mount included for easy
  assembly.
• Safe and Reliable Power: Independent Li-ion battery packs for the car and gesture controller
  with regulated voltage output.
• Educational and Fun: Learn IoT, robotics, motor control, and wireless communication
  hands-on.

What You Can Learn:

• ESP32 programming and wireless communication using ESP-NOW
• Real-time gesture detection with MPU-6050 sensor
• DC motor control using L298N H-bridge driver
•  Power management for battery-operated robotics
•  Hands-on experience in assembling and troubleshooting a robotic platform

Ideal Use Cases:

• STEM Lab Projects
• Robotics Workshops
• Gesture-Control Learning Demonstrations
• DIY Robotics Competitions
• Electronics and Programming Education