Uploaded July 2019 | Updated September 2026, 2 weeks ago

---

• Low-cost, reliable electronic components ($8 off your first order): lcsc.com/?href=acrobotic&source=referral
==========
• Your support helps me post videos more frequently:
patreon.com/acrobotic
paypal.me/acrobotic
https://buymeacoff.ee/acrobotic
BTC: 1ZpLvgETofMuzCaKoq5XJZKSwe5UNkwLM
==========
• Find me on:
twitter.com/acrobotic
facebook.com/acrobotic
instagram.com/acrobotic
==========
• Parts & supplies:
acrobotic.com/shop
amazon.com/shops/acrobotic
==========
• Purchases of WHEEL-E robots are helping me develop this series. Pre-order yours today!

acrobotic.com/wheele
==========
This is an introduction to robotics series using the WHEEL-E robot platform and the Arduino IDE. WHEEL-E includes an Arduino microcontroller (Microchip's ATmega328p), sensors, LEDs, buzzer, display, camera, and motors, which we'll learn how to use throughout this series.

In this video, we program the ATmega328p microcontroller to use the ultrasonic sensor on top of WHEEL-E to measure distance to an object in front of the robot. By measuring the time-of-flight of the ultrasonic signal, and knowing the speed at which sound travels (in air), we can calculate the distance.

Detailed guide for getting started with the Arduino Uno (clone) Development Board:
learn.acrobotic.com/tutorials/post/arduino-getting-started

Firmware for the Arduino IDE:
github.com/acrobotic/Ai_Wheele/tree/master/parts/ultrasonic

• This video was sponsored by LCSC Electronics.

Music by Epidemic Sound (https://epidemicsound.com)
Standard YouTube License

==========
#ESP8266 #Robotics #WheelE