₹1,150.00 ₹1,800.00
This auto botix third eye stick provides assistance to blind and visually impaired people. It features a range of sensors that detect obstacles in the path and alerts the user through vibrations or sounds from the handle. This makes navigation safer for the blind. The stick comes ready to use straight out of the box. It warns of low-hanging obstacles, drop-offs, stairs, and more through a simple interface. The lightweight, non-bulky design makes it comfortable to use for long periods. Its rechargeable battery allows for all-day use on a single charge. The auto botix third eye stick is a helpful mobility aid that makes blind navigation easier and more confident.
| Weight | 1 kg |
|---|---|
| Dimensions | 30 × 18 × 8 cm |
🧠 Intelligent robot that moves automatically and avoids obstacles in real-time
📏 Uses an ultrasonic sensor (HC-SR04) to detect nearby objects using sound waves
💻 Controlled by an Arduino Uno microcontroller which acts as the brain of the car
🔄 A servo motor rotates the sensor left and right to scan for clear paths
📊 Based on sensor readings, the car decides to move forward, turn, or stop
⚙️ L298N motor driver controls the left and right DC motors for smooth movement
🔋 Powered by a rechargeable battery pack (6V–12V)
🧰 Built on a robotic chassis with two wheels and one balancing caster
🧑💻 Programmed using the Arduino IDE in C/C++
❌ No remote control needed – it’s a completely autonomous system
🤖 Demonstrates basic principles of robotics, automation, and embedded systems
🚀 Can be upgraded with Bluetooth, WiFi, AI camera, or GPS
🔐 Real-life applications: self-driving cars, delivery robots, warehouse automation
📚 Great for science fairs, engineering exhibitions, school/college projects
🔄 Encourages understanding of sensor logic, decision-making, and motion control
💡 Teaches practical concepts in STEM: Science, Technology, Engineering & Math
🔧 Develops skills in problem-solving, coding, electronics, and innovation
🏆 A fun, educational, and impressive project for beginners and enthusiasts alike
🤖 Gesture-Controlled Movement – Control the car using simple hand tilts (forward, backward, left, right, stop).
📡 Wireless Communication – Uses NRF24L01 modules for long-range and stable wireless data transfer.
🎮 No Remote Needed – Your hand becomes the controller with an ADXL335 accelerometer sensor.
🧠 Arduino Nano Powered – Smart and compact microcontroller handles gesture detection and motor control.
🔄 Real-Time Response – Instant reaction to your hand gestures for smooth driving experience.
🛠️ Easy DIY Build – Simple wiring and coding make it a great hands-on learning project.
⚙️ L293D Motor Driver – Efficiently controls the DC motors for accurate directional control.
🔋 Battery Powered – Fully portable and ready to move with lightweight power sources.
🎓 Perfect for Students – Ideal for science fairs, engineering mini-projects, and robotics competitions.
🌱 Future-Ready Base – Easily upgrade to Bluetooth, obstacle avoidance, or voice control.
✅ Complete DIY Kit: Includes all components needed to build a working LPG gas detection system with a gas sensor, buzzer, LED, exhaust fan, and laser-cut mounting board.
🔥 Real-Time Gas Leak Detection: Automatically detects the presence of LPG gas and triggers a buzzer, LED warning light, and exhaust fan for ventilation.
🎓 Perfect for Students: Ideal for science fair projects, school exhibitions, and college-level engineering assignments; suitable for learners aged 8+ with guidance.
🛠️ Hands-On Learning: Teaches fundamentals of electronics, automation, sensor interfacing, and safety systems in a fun and engaging way.
🧠 STEM Education Tool: Supports core STEM concepts—Science, Technology, Engineering, and Math—while enhancing problem-solving and critical thinking skills.
💡 Educational & Practical: Simulates a real-world safety application that promotes awareness of gas safety and early hazard detection.
🔧 Easy Assembly: Includes pre-wired components and a user-friendly layout with clear labels, making it beginner-friendly and hassle-free.
🏠 Reusable for Future Projects: The components can be reused in other DIY electronic or sensor-based projects.
🧰 Durable Presentation Base: Mounted on a strong wooden platform with labeled sections like “CIRCUIT” and “LPG DETECTION SYSTEM” for neat and professional project display.
🖐️ Gesture-based control system using hand movements to operate the wheelchair.
🤖 Arduino Nano is used to process gesture signals and control motor movement.
📦 ADXL335 accelerometer detects the tilt direction of the user’s hand.
📡 NRF24L01 wireless modules enable communication between hand unit and wheelchair.
⚙️ Motor driver (L293D) controls the DC motors to move in all four directions.
🔋 Battery-powered system with lightweight and rechargeable lithium cells.
🦽 Wheelchair moves forward, backward, left, and right based on hand tilt.
🧠 Real-time signal processing allows smooth and intuitive motion control.
🎯 Ideal for science fairs, engineering exhibitions, and final-year projects.
🧩 Great learning project to explore sensors, wireless tech, and embedded systems.
💡 Promotes assistive innovation for differently-abled individuals using simple electronics.
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