This HOVERBOARD FOR A BLIND PERSON project offers an innovative and inclusive solution combining robotics, sensing, and control systems to aid navigation for visually impaired users. Designed especially as a HOVERBOARD FOR A BLIND PERSON project for students, it is ideal for learners who seek to push the boundaries of practical STEM applications. Younger makers will also find it accessible it works equally well as a HOVERBOARD FOR A BLIND PERSON project for kids, helping them build confidence in electronics, coding, and assistive design. Whether in a classroom or home setting, this HOVERBOARD FOR A BLIND PERSON project for school student encourages creativity, empathy, and hands-on problem solving, making it a powerful educational tool.
This project is a hoverboard for blind individuals that uses an Arduino and an ultrasonic sensor to detect obstacles. When an obstacle is detected, the hoverboard automatically turns to avoid it, helping the user navigate safely.
Software Used
Hardware Used
ARDUINO, MOTOR DRIVER, TWO WHEELS, ONE ULTRASONIC SENSOR, JUMPER WIRE (M-M and M-F)
Platform Used
This project is a hoverboard designed for blind individuals. It uses an Arduino, an ultrasonic sensor, two motors, and a motor driver module. The ultrasonic sensor detects obstacles in the path. When an obstacle is detected, the Arduino controls the motors to turn the hoverboard away from it. This helps the blind person avoid obstacles and navigate safely.
Components Required
- Arduino Board (Arduino Uno) – 1
- Ultrasonic Sensor ( HC-SR04) – 1
- DC Motors – 2
- Motor Driver Module (e.g., L298N or L293D) – 1
- Wheels – 2
- Battery(12V) – 1
- Connecting Wires – 10-15(M-M)
- Breadboard – 1
Connections
- Ultrasonic Sensor (HC-SR04)
- VCC: Connect to Arduino 5V
- GND: Connect to Arduino GND
- Trig: Connect to Arduino digital pin D9
- Echo: Connect to Arduino digital pin D8
- Motor Driver Module (L298N or L293D)
- VCC: Connect to the positive terminal of the battery pack
- GND: Connect to the negative terminal of the battery pack and Arduino GND
- Input 1 (IN1): Connect to Arduino digital pin D2
- Input 2 (IN2): Connect to Arduino digital pin D3
- Input 3 (IN3): Connect to Arduino digital pin D4
- Input 4 (IN4): Connect to Arduino digital pin D7
- Output 1 (OUT1): Connect to the first terminal of Motor 1
- Output 2 (OUT2): Connect to the second terminal of Motor 1
- Output 3 (OUT3): Connect to the first terminal of Motor 2
- Output 4 (OUT4): Connect to the second terminal of Motor 2
In summary, the HOVERBOARD FOR A BLIND PERSON project demonstrates how accessible technology can profoundly improve mobility and independence. As a HOVERBOARD FOR A BLIND PERSON project for students, it offers a rich learning experience in robotics, sensors, and algorithmic thinking. It can also be adapted elegantly as a HOVERBOARD FOR A BLIND PERSON project for kids, helping younger students explore practical engineering in a safe and guided environment. Overall, as a HOVERBOARD FOR A BLIND PERSON project for school student, this project not only bolsters STEM skills but fosters social awareness and inclusivity. Use this design as a stepping stone, and let students extend or customize it even further for real-world impact.
