Tuesday, November 26, 2013
November 21 - MotorTest
On to the next step. We test the RC's mother board front motor. Under the Arduino program library "Simple - Blink" example. We test the delay of the motor. Here's a rough sketch of the code we use to test the delay:
Sunday, November 24, 2013
November 20 - Dismantle
Show of hands, how many of us took a cheap RC toy car apart giving to us either on Christmas, birthday or just because??? Well if some of you haven't you are missing all the fun:
We stripped our RC down to bear bones. We now have dismantle RC toy car, a mother board and well 4 guys. Now we need to study the RC's mother board, mainly study the main chip and its functionality.
Professor Sullivan once said "Google own the Universe." We didn't have to study the board in depth. All we had to do was type the name of the Chip in Google (well Google led us to this :http://www.et.byu.edu/~bmazzeo/LTR/tech.phtml") and we now know the purpose of the main chip.
It's funny because I once told a friend "If you don't know the answer, don't ask me ask Google.
November 13 - RoboPlow
On November 13 as a group we came up with numerous ideas, from designing the well known cartoon figure Wall-E to remote control police car. All were terrific ideas but very challenging projects to construct in a short period of time. All until we came up with RoboPlow Mini. It might sound like "oh here's another RC build off," well not really. Our idea of a plow vehicle comes from this YouTube video below:
Pretty Cool huh!!!
We wanted to come close to this build off. What makes Mini-RoboPlow come to live:
PING Sensor
Plow
RC Toy Car
Arduino Board
A series lines of codes
And 4 guys
From here we begin our journey...
Enjoy!!!
Wednesday, November 13, 2013
Project Initial Ideas
Project Overview
Today, we came up with some initial ideas for our project. The design we have chosen is a sandplow with sensors to detect walls. The plow will push sand forward, detect a wall, move in reverse and turn to push sand at its sides, repeating the process. LED lights of different colors will be lit based on the direction of the plow.
Today, we came up with some initial ideas for our project. The design we have chosen is a sandplow with sensors to detect walls. The plow will push sand forward, detect a wall, move in reverse and turn to push sand at its sides, repeating the process. LED lights of different colors will be lit based on the direction of the plow.
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