cr2cX

Posted on 02/12/2010 by cr0c0
Modified on: 13/09/2018
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Introduction
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A robotic platform far various experiments related to this field and to teach my kid some things about robotics. It's 16 years since I have build my first robot and now I want to do it again. I have decided to buld all modules "from scratch" by using my own designs and home made boards and sensors. I've took the hard way, I know. I have build and test (and sometimes modifed) the boards one by one that is why there are some things that could have been removed and/or improved. Current version is named ...


cr2cX

A robotic platform far various experiments related to this field and to teach my kid some things about robotics. It's 16 years since I have build my first robot and now I want to do it again.

I have decided to buld all modules "from scratch" by using my own designs and home made boards and sensors. I've took the hard way, I know. I have build and test (and sometimes modifed) the boards one by one that is why there are some things that could have been removed and/or improved.

Current version is named cr2c2 and others will come.

Obstacle detection is done using 4 custom build IR sensors each composed, basically, from a L53F3BT IR LED Emitter and a L932P3BT phototransistor. I have build 2 sensors but I did not like their limited detection capabilities so I have added another two. More details about this sensor configuration are in the blog.

A front picture is at the top of the page. Here are the back and top pictures of the current version:

In current version the obstacle avoidance worked good, mainly because of the software. The test was made by running the robot, with half speed, through a labyrinth made by CD's, furniture and room's walls - first video.

Short term plans: find his base and recharge itself when needed.

Navigate and avoids obstacles

  • Actuators / output devices: two 60 RPM Micro Metal Gearmotors
  • Control method: autonomous
  • CPU: atmega328
  • Power source: 7.2V Li-Ion 2000mAh
  • Programming language: Arduino
  • Sensors / input devices: IR
  • Target environment: indoor
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