Difference between revisions of "DEWBOT III"

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[[File:DB3 Drexel hanging a ringer sequence 070331 csm 8.jpg|500px|right|text-top|thumb|Dewbot III hangs a Ringer at Drexel]]
 
[[File:DB3 Drexel hanging a ringer sequence 070331 csm 8.jpg|500px|right|text-top|thumb|Dewbot III hangs a Ringer at Drexel]]
 
In 2007 we built DEWBOT III to play [http://en.wikipedia.org/wiki/Rack_%27n_Roll Rack 'n Roll].
 
In 2007 we built DEWBOT III to play [http://en.wikipedia.org/wiki/Rack_%27n_Roll Rack 'n Roll].
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Dewbot III turned out to be a good performer and scorer once we upgraded the gripper for the Philadelphia Regional.  Key attributes of Dewbot III include:
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# A drive-train and chassis with solid performance and reliability
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# An easy-to-use Arm and Gripper capable of scoring quickly on the bottom two Rack courses
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# Ability to climb ramps (for bonus score)
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The team suffered from some process problems during build season.  Dual Arm designs were pursued to the build season's end.  We've learned from this and have subsequently improved our decision-making and Project Management skills and discipline.
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What Dewbot III did not have were:
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# Ramps or lifts for bonus scoring
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# An ability to score (reliably) on the top Rack course
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# An autonomous mode
  
 
View [[Siri Maley]]'s  
 
View [[Siri Maley]]'s  
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;[[DEWBOT III Drive Train | Drive Train]]
 
;[[DEWBOT III Drive Train | Drive Train]]
  
 
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[[File:DB3 drive-train Faller Jurgens 070127 csm.jpg|450px|right|text-top|thumb|Dewbot III chassis and drive-train with mentor Ed Faller and student Cassie Jurgens]]
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Dewbot III possesses a drive-train and chassis having very good performance and reliability.
  
  

Revision as of 13:56, 17 June 2009

Dewbot III hangs a Ringer at Drexel

In 2007 we built DEWBOT III to play Rack 'n Roll.

Dewbot III turned out to be a good performer and scorer once we upgraded the gripper for the Philadelphia Regional. Key attributes of Dewbot III include:

  1. A drive-train and chassis with solid performance and reliability
  2. An easy-to-use Arm and Gripper capable of scoring quickly on the bottom two Rack courses
  3. Ability to climb ramps (for bonus score)

The team suffered from some process problems during build season. Dual Arm designs were pursued to the build season's end. We've learned from this and have subsequently improved our decision-making and Project Management skills and discipline.

What Dewbot III did not have were:

  1. Ramps or lifts for bonus scoring
  2. An ability to score (reliably) on the top Rack course
  3. An autonomous mode

View Siri Maley's

DEWBOT III Build Season


Design Details

Drive Train
Dewbot III chassis and drive-train with mentor Ed Faller and student Cassie Jurgens

Dewbot III possesses a drive-train and chassis having very good performance and reliability.


People

DEWBOT III Students
DEWBOT III Mentors
Sponsors 2007

See our other robots at FRC Team 1640