The Bliss Robot

Posted on 19/08/2011 by bliss
Modified on: 13/09/2018
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Please meet the Bliss Robot! v1: August 19, 2011 This is my Arduino-based SHR, and my very first robot. It is inspired by the start here robot and by Penny. I used the Ro-Bot-X Robot Builder's Shiled V3 which has worked flawlessly and has great code samples in its assembly guide. Maybe To Do List Build a 2-decks chassis, that can allocate a flat 6xAA battery holder on the lower deck and the board/shield on the upper oneUse some "attaching" methods better than the 2-sides tape... though it works great! ...


The Bliss Robot

Please meet the Bliss Robot!

v1: August 19, 2011

This is my Arduino-based SHR, and my very first robot.

It is inspired by the start here robot and by Penny.

I used the Ro-Bot-X Robot Builder's Shiled V3 which has worked flawlessly and has great code samples in its assembly guide.

Maybe To Do List

  • Build a 2-decks chassis, that can allocate a flat 6xAA battery holder on the lower deck and the board/shield on the upper one
  • Use some "attaching" methods better than the 2-sides tape... though it works great! :-) (like motor brackets)
  • Improve the wiring (to sensor and to motors)... I have to make up my mind and start soldering!

The Future

  • Continuously scan what is in front to decide a path without ever stopping...

v2: August 31, 2011

The Bliss Robot is getting smarter.

He continuously scans a 60 degree arc in front of him in order to avoid obstacles.
He tries to avoid them gently but if he sees no way to continue he turns, stops, re-scans and keeps moving.

In the second video you can see him wandering around my living room and avoiding obstacles... with a fair amount of luck :-)

I kept the old chassis and I still use the 2-sides tape (though I bought a better one). However I finally started soldering! This was crucial to avoid false readings on the ultrasonic sensor.

The future of The Bliss Robot is open: learning the map, be autonomous and RC controlled (like a "go home" function)... who knows, I keep reading to get interesting ideas... suggestions welcome!

Navigates around via ultrasound

  • Actuators / output devices: Hitec HS-422 servo, 2 x 120:1 Pololu plastic gearmotors
  • CPU: Arduino Duemilanove
  • Power source: 6 x AA batteries
  • Programming language: Arduino
  • Sensors / input devices: Maxbotix EZ1
  • Target environment: indoor
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