
22-04-2013, 23:15
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Team 2468 Coach/Adviser
AKA: Norman Morgan
 FRC #2468 (Team Appreciate)
Team Role: Teacher
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Join Date: Nov 2007
Rookie Year: 2008
Location: Austin, Texas
Posts: 442
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Re: FIRST Behind the Design Book 3.0 (plan)
Quote:
Originally Posted by Siri
Current list, for reference:
Code:
Archimedes
20......manufacturing (waterjet, CNC & manual lathe, bridgeport, welding, broaching)
78......manufacturing (3D print, waterjet, CNC mill)
1902
2468....manufacturing (HDPE shooter) control (sound-responsive LEDs)
3310....manufacturing (CNC lathe, laser cut, CNC bender, CNC mill, TIG weld) and control (cRio-driven LEDs via Java, PIDs, limit switches & IR sensors)
Curie
359
1816....manufacturing (waterjet, 3D models with moving parts) and control (automated aiming)
2168
Galileo
222.....manufacturing (3D print)
125
842.....manufacturing (3D print, waterjet)
1086....manufacturing (octocanum, four bar, water jet & powder coat sheet metal)
2175....manufacturing (3D print, manual mill & lathe, laser cut, waterjet, CNC plasma cutter)
Newton
1640....manufacturing (polyurethane mold, laser cut, CNC & manual mill, manual lathe, MIG weld) and control (swerve code, prox sensors & limit switches, vision processing, driveable swerve display)
1741....control (shooter angle)
1899....manufacturing (plywood frame)
Not Attending
100?
696
Looks like I need to schedule myself more time off to look around! 
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For 2468, I would add the string Potentiometer. It is probably better than the other items you list for us although the LEDs are a favorite of the students. We use the POT to adjust the angle of shooter deck as well as PID control on the shooter wheel using an optical sensor.
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FRC 2468 Team Lead 2008 - Present
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