Project Idea
Create a gesture-controlled robot that moves in response to hand motions, without using a remote or smartphone. This project uses an accelerometer sensor (MPU6050) to detect tilt or movement of the hand and sends those signals wirelessly via RF to an Arduino-based robotic car. It is a perfect blend of wireless communication, sensors, and robotics — ideal for beginners and students.
 
Project Description
This project involves building a robotic vehicle that is wirelessly controlled using hand gestures. An accelerometer sensor worn on the user’s hand detects tilt in different directions (forward, backward, left, right), and transmits this data using an RF transmitter. The receiving end mounted on the robot interprets the gesture data using Arduino and drives motors using an L298N motor driver. The robot follows the direction based on your hand movements. The system is powered by 18650 lithium-ion batteries, ensuring portability and field usability.
 
Components List
Arduino Uno 
Accelerometer Module 
RF Transmitter and Receiver Module
L298N Motor Driver
Robot Car Chassis with DC Motors
18650 Lithium-Ion Batteries 
Battery Holders and Switch
Jumper Wires
Breadboard
Wrist Strap or Glove
 
Features
Hand Gesture Control without Remote
Wireless Communication via RF
Real-Time Movement Response
Supports Multiple Directions 
Battery Operated for Portability
Easy to Build, Modify, and Expand
Fun and Educational Robotics Project
Enhances Sensor and Microcontroller Skills
Suitable for Indoors and Outdoors
 
Project Applications
STEM and Robotics Learning- Helps students learn sensors, wireless modules, and motor control.
Gesture-Controlled Prototypes- Useful for developing human-machine interfaces.
Educational Robotics Competitions- A great project for school and college robotics events.
Assistive Control Systems- Can be adapted for mobility aids or smart wheelchairs.
DIY Hobby Robotics- Fun and creative weekend project for tech enthusiasts.
Gaming and Simulation Platforms- Can be integrated into gesture-based gaming control systems.
Remote Operation Systems- Helpful in controlling robots in hazardous or distant environments.
Gesture-Based Research Projects- Useful in exploring gesture recognition for future tech.
Mini Projects for Engineering Students- Compact and impactful for final year or mini project submissions.
Science Exhibitions & Demonstrations- Attracts attention due to its intuitive, touchless control.
 
Shipping Dimensions
Length: 18 cm
Width: 15 cm
Height: 10 cm
 
Weight: 700 grams
 
📦 Project Includes:
Fully assembled and tested circuit
Circuit diagram
Source code 
(For DIY KITs - only the components will be provided)
 
Project Types:
DIY KIT(Do IT YourSelf KIT) - We are providing only components in this kit for this project
DIY KIT with Code & Circuit Connections - Along with the components, you will get the Code and the Circuit Connections file to help you build the project easily.
Readymade Breadboard - We are providing fully assembled, tested and ready-made project using plug-n-play jumper wires and breadboard with all the other components, code & circuit diagram.
Readymade Soldered - We are providing fully assembled, tested and ready-made project soldered on a PCB with all the other components, code & circuit diagram.
 
Notes -
All the products are made by LearnElectronics India and not for re-sale.
These project is a prototype project to show/present/explain and work like to real life product. It is not a product, if you need a ready-made product then reach out to us here.