2.26.2013
Anderson is the name
The robot would occasionally be unresponsive and we had a feeling it
might be the connections, so we switch to Anderson connectors (which appears to
have solved the problem).
2.25.2013
Regeneration
To prepare for states this weekend, we are going over sonic from top to bottom to make sure everything is in working order and replacing anything that may be worn out or likely to break
2.20.2013
IR repositioning
The IR sensor position was great, but at the last round of competition it almost prevented us from competing as it almost didn't fit within the 18x18x18 box. We therefore moved the IR sensor a little further in so we won't have the same problem again.
2.13.2013
Three's Company
In order to increase the power of our drivetrain, and decrease the number of burnt motors, Casey added a third motor to either side of the drivetrain. In order to stay under the limit of 8 motors, we had to remove the second motor from the linear slide to use it for the drivetrain, leaving the slide with only one motor. This decreased speed, but the slide could still rise and fall, and now the single motor can not produce enough torque to break the string, making it more reliable. With the third motor, the stress placed on each motor has been reduced considerable and torque has been slightly increased, making Sonic stronger and tougher.
2.12.2013
Protect the tower!
We added reinforcement to the tower in order to increase it's stability
and reduce the strain on our manual arm stop. It'll be easier to score now since the tower will have less wobble to it. The extra support also should help with
autonomous and keep the autonomous ring stable and aligned.
2.07.2013
Sometimes less is more
We used to have a beam running across right above where our brain is.
However, we realized that it was causing the tower to twist and ended up
being counterproductive, so we removed it. Since it's removal the tower is aligned and it is now easier to score with our arm.
1.29.2013
The Mighty Axle ...
... Is not so mighty. The axle we used for the arm got twisted ... again. Therefore, we replace the axle (yet again).
1.23.2013
For wheeling
Nik is building a new drive train for Sonic which will give us better control and will help prevent the motors from burning out
1.15.2013
Two is better than one
The gears were having problems meshing properly with each other (they
weren't fully aligned and would occasionally slide past each other). We
therefore added (and painstakingly aligned) two (2) more gears to the
problem area to solve this.
1.10.2013
Covering All Our Bases
Since the encoders starting behaving again, it looks like we'll be spending the next few days trying to expand our autonomous code. More specifically, we're trying to get code ready for both starting posistion and all IR locations. From what I understand, Casey is using a program chooser and the IR sensor to run different codes, or something. It's not my cup of tea; I'm just the one who gets to reset the robot after every run.
1.08.2013
Fixing Autonomous
Despite Sonic's great performance at Western, the qualifier showed us just how broken our Autonomous mode really was. Out of all our matches, we only scored autonomous rings a few times, and, even though we were the only autonomous score the judges had seen all season, I know we can do better. I'm going to have to work with the encoders to try and get Sonic to score more consistently.
1.07.2013
Above the Rules
Well we're back from winter break, and for most of the class robot season is over; not for us though. So while everyone else disassembles and organizes and sorts, it's business as usual for Sonic Team! Casey and Pierce are practicing with the robot, Travis is building things, I'm writing this post, and none of us are doing inventory. It's great to be king!
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