ABBot: Advanced Boe Bot

Posted on 29/09/2011 by vrossi
Modified on: 13/09/2018
Project
Press to mark as completed
Introduction
This is an automatic import from our previous community platform. Some things can look imperfect.

If you are the original author, please access your User Control Panel and update it.

The main goal of this project was to develop an autonomous rolling robot, based on Parallax Boe-Bot, but using two boards and microcontrollers. It uses only standard, relatively cheap, Parallax parts (Board Of Education boards with Basic Stamp 2 microcontroller and several sensors and actuators). It can communicate with the user by:       * Displaying information on its Serial LCD.      * Talking through a TTS (Text To Speech) device. It may ...


ABBot: Advanced Boe Bot

The main goal of this project was to develop an autonomous rolling robot, based on Parallax Boe-Bot, but using two boards and microcontrollers.

  • It uses only standard, relatively cheap, Parallax parts (Board Of Education boards with Basic Stamp 2 microcontroller and several sensors and actuators).
  • It can communicate with the user by: 

      * Displaying information on its Serial LCD.
      * Talking through a TTS (Text To Speech) device.

  • It may be given a goal to be reached:

      * Photophile (search for a place where lighting is above a certain level)

      * Photophobe (search for a place where lighting is below a certain level)

  • It can move around by using wheels or the Boe-Bot Tank Tread Kit.
  • It can detect obstacles by using an Ultrasonic Range Finder.
  • It can avoid falling downstairs by using an Infrared Emitter and Receiver.
  • It can stop and change direction when its horizontal or vertical inclination is too steep.
  • It can detect temperature and humidity.
  • It can display, at user request, all its sensors info.

Here is a detailed documentation: http://www.robotinfo.net/pdf/ABBot%20Advanced%20Boe%20Bot%201_0.pdf

Autonomous rolling robot, based on Parallax Boe-Bot, using two boards and microcontrollers.

  • Control method: Full autonomous
  • CPU: Basic Stamp 2
  • Power source: 4xAA batteries
  • Programming language: pbasic
  • Sensors / input devices: accelerometer, TTS, Ultrasonic Range Finder, Thermometer
  • Target environment: indoor
LikedLike this to see more

Spread the word

Flag this post

Thanks for helping to keep our community civil!


Notify staff privately
It's Spam
This post is an advertisement, or vandalism. It is not useful or relevant to the current topic.

You flagged this as spam. Undo flag.Flag Post