Hand Gesture Controlled Wheel Chair DIY Project For Science / Engineering Students Subtotal: ₹3,199.00
diy project
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DIY Kits, STEM Kits
Bluetooth Controlled 2 Wheel Drive Car Diy Kit Engineering/Science Project
🔧 Key Features:
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📱 Bluetooth-controlled via smartphone
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🚗 2-wheel drive system for basic mobility
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🧰 DIY kit – easy to assemble and customize
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🧠 Powered by microcontroller
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🧱 Modular design suitable for beginners
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💡 Learn Programming and logic
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🔧 Understand Bluetooth communication
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⚙️ Explore motor control systems
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🛠 Develop hands-on assembly skills
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🤖 Introduction to basic robotics
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DIY Kits
Hand Gesture Controlled Wheel Chair DIY Project For Science / Engineering Students
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🖐️ Gesture-based control system using hand movements to operate the wheelchair.
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🤖 Arduino Nano is used to process gesture signals and control motor movement.
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📦 ADXL335 accelerometer detects the tilt direction of the user’s hand.
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📡 NRF24L01 wireless modules enable communication between hand unit and wheelchair.
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⚙️ Motor driver (L293D) controls the DC motors to move in all four directions.
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🔋 Battery-powered system with lightweight and rechargeable lithium cells.
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🦽 Wheelchair moves forward, backward, left, and right based on hand tilt.
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🧠 Real-time signal processing allows smooth and intuitive motion control.
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🎯 Ideal for science fairs, engineering exhibitions, and final-year projects.
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🧩 Great learning project to explore sensors, wireless tech, and embedded systems.
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💡 Promotes assistive innovation for differently-abled individuals using simple electronics.
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DIY Kits
IR Remote Control Wheel Chair DIY Project For Science/Engineering Students
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🦽 DIY wheelchair project controlled by an IR remote for enhanced mobility.
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🧠 Arduino-based system that decodes signals from any standard IR remote.
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🔌 BO DC motors and an L298N motor driver used for controlling wheel movement.
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🎮 Directional control (forward, backward, left, right) using remote buttons.
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📡 IR sensor receives remote signals and sends them to the Arduino for processing.
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⚙️ Arduino processes signals and commands motors to move the wheelchair.
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💰 Low-cost and accessible solution for people with physical disabilities.
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📚 Learn and apply concepts like IR communication, motor control, and coding.
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🎓 Perfect for science fairs, engineering exhibitions, and academic projects.
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🚀 Upgradeable design – add obstacle detection, Bluetooth, or voice control.
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💡 Encourages creativity and innovation in assistive technology.
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