Gesture Control Robot Kit
Ideal For: STEM Education, DIY Robotics, Wireless Control Projects, IoT & Embedded Learning
Product Overview:
Control your robot like a magician with just the motion of your hand!
The Hand Gesture Controlled Robo Car Kit is a cutting-edge robotics platform that allows users to wirelessly control a smart car using hand gestures. Built around the ESP32 Wi-Fi & Bluetooth microcontroller and the MPU-6050 accelerometer/gyroscope, this kit introduces key concepts in wireless communication, motion sensing, and microcontroller programming.
The robot responds in real-time to your hand's tilt, thanks to the integration of the MPU6050 and ESP32-based gesture transmitter module. The result: a futuristic driving experience where left, right, forward, and backward motions follow your hand movements wirelessly.
Perfect for students, hobbyists, and workshops!
Kit Contents:
| 
 Component  | 
 Description  | 
| 
 4WD Car Chassis Kit  | 
 Durable robotic base with 4 geared DC motors & wheels  | 
| 
 Lithium-Ion Battery (18650)  | 
 Rechargeable cells for long-lasting performance  | 
| 
 1-Cell Battery Holder  | 
 For gesture controller power  | 
| 
 3-Cell Battery Holder  | 
 For powering the car motors  | 
| 
 9V Battery + Holder  | 
 Power source for secondary circuit (gesture transmitter)  | 
| 
 ESP32 Wi-Fi + Bluetooth Module  | 
 Dual-core microcontroller with wireless capabilities  | 
| 
 MPU-6050 Sensor Module  | 
 6-axis accelerometer + gyroscope for gesture control  | 
| 
 Motor Driver Module  | 
 Dual H-Bridge for 4 motor control (L298N or similar)  | 
Key Features:
- Wireless Hand Gesture Control – Control your car’s movement via hand tilts (forward, backward, left, right)
 - ESP32 Dual Core Microcontrollers – One for gesture detection and one onboard the car
 - MPU-6050 Sensor – Accurate and responsive motion detection using accelerometer + gyroscope
 - Sturdy 4WD Chassis – Built for smooth movement, grip, and flexibility
 - Expandable Design – Add Bluetooth control, obstacle sensors, or camera modules later
 - Rechargeable System – No need for disposable batteries
 
Learning Outcomes:
- Wireless data transmission (ESP-NOW or Bluetooth)
 - MPU6050 sensor integration and data filtering
 - Motor driver logic and PWM control
 - Power management in embedded systems
 - Real-time motion interpretation and robotic actuation
 
Power Configuration:
| 
 Module  | 
 Battery Type  | 
| 
 Gesture Controller (ESP32 + MPU6050)  | 
 9V or 1x18650  | 
| 
 Robot Car (ESP32 + Motor Driver)  | 
 3x18650 Li-ion  | 
Applications:
- Gesture-Controlled Robots
 - Human-Machine Interaction Projects
 - STEM Workshops & Exhibitions
 - Arduino/ESP32 Robotics Learning
 - IoT Motion-Based Control Systems