2013:Robot Design Details: Difference between revisions

From 1511Wookiee
Jump to navigationJump to search
No edit summary
 
(One intermediate revision by one other user not shown)
Line 5: Line 5:




== Main Robot Design ==
== Specification ==


'''Overall:'''


*Able to Climb to level 1 (designed for climb to level 3)
*Able to shoot from corners of the pyramid closest to the center line.
*Pushing power is considerably below average.


'''Storage/Collector:'''
*Receiver is made up of
**Four hands that spin clockwise
**Places one of the discs into a slot
**Leads us to the shooter mechanism.
*Uses a snow blower motor
'''Shooter:'''
*Uses a Mini-CIM motor
*Uses a traction wheel
*Radial shooter (arc)
*Uses a servo with a sheet metal disc deployment arm to push discs into the shooter wheel
'''Climber:'''
*Climbs from the corner of the pyramid.
*Currently able to climb to level 1.
*Needs to be positioned correctly in order to climb correctly.
'''Drivetrain:'''
*4 Omni-wheels
*2 Traction wheels
*Able to turn on a dime.
*V-shaped
*Wide


= Archive  =
= Archive  =

Latest revision as of 13:46, 6 March 2013

Current Design

  • Pictures of robot:

IMG 0199-XL.jpg


Specification

Overall:

  • Able to Climb to level 1 (designed for climb to level 3)
  • Able to shoot from corners of the pyramid closest to the center line.
  • Pushing power is considerably below average.

Storage/Collector:

  • Receiver is made up of
    • Four hands that spin clockwise
    • Places one of the discs into a slot
    • Leads us to the shooter mechanism.
  • Uses a snow blower motor


Shooter:

  • Uses a Mini-CIM motor
  • Uses a traction wheel
  • Radial shooter (arc)
  • Uses a servo with a sheet metal disc deployment arm to push discs into the shooter wheel

Climber:

  • Climbs from the corner of the pyramid.
  • Currently able to climb to level 1.
  • Needs to be positioned correctly in order to climb correctly.

Drivetrain:

  • 4 Omni-wheels
  • 2 Traction wheels
  • Able to turn on a dime.
  • V-shaped
  • Wide

Archive

2012 Robot Design Details

2011 Robot Design Details

2010 Robot Design Details

2009 Robot Design Details