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Difference between revisions of "Logan Rover"
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*Year Built In: [[robot for year::2009]] | *Year Built In: [[robot for year::2009]] | ||
*Competition Built For: [[robot for competition::FRC|FIRST Robotics Competition]] | *Competition Built For: [[robot for competition::FRC|FIRST Robotics Competition]] | ||
| + | |||
| + | ==Mechanics== | ||
| + | ===Intake System=== | ||
| + | The intake system on the Logan Rover consisted of two parts: | ||
| + | *Tubing | ||
| + | *Fingers | ||
| + | ====Tubing==== | ||
| + | The tubing consisted of eight or so yellow bands stung up inside the robot. After the balls were taken in by the fingers, the tubing would roll them up inside the robot along side some polycarbonate placed behind the control system. | ||
| + | ====Fingers==== | ||
| + | ===Unobtanium Motor=== | ||
| + | The main propulsion of this robot was the unobtanium motor. [[Unobtanium]] is some very grippy material in a tube form that the team has found. On the Logan Rover, it was attached to a axel and powered by a motor geared for speed. | ||
==External Links== | ==External Links== | ||
Revision as of 12:27, 15 February 2010
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The Logan Rover was designed and/or thought up by Logan Su.
- Year Built In: 2009
- Competition Built For: FIRST Robotics Competition
Mechanics
Intake System
The intake system on the Logan Rover consisted of two parts:
- Tubing
- Fingers
Tubing
The tubing consisted of eight or so yellow bands stung up inside the robot. After the balls were taken in by the fingers, the tubing would roll them up inside the robot along side some polycarbonate placed behind the control system.
Fingers
Unobtanium Motor
The main propulsion of this robot was the unobtanium motor. Unobtanium is some very grippy material in a tube form that the team has found. On the Logan Rover, it was attached to a axel and powered by a motor geared for speed.