Difference between revisions of "DEWBOT VI proxy chassis"
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Image:DB6_4_fire_100217_csm.jpg|Kicker sequence 4/4 - ''fire'' | Image:DB6_4_fire_100217_csm.jpg|Kicker sequence 4/4 - ''fire'' | ||
Image:DB6_Rizzo_Paul_reviewing_sequence_100217_csm.jpg|Mike Rizzo & Paul reviewing the kicker's control sequence | Image:DB6_Rizzo_Paul_reviewing_sequence_100217_csm.jpg|Mike Rizzo & Paul reviewing the kicker's control sequence | ||
| + | Image:DB6_possessor_development_100317_csm.jpg|Team developing and testing the improved ''possessor'' | ||
| + | Image:DB6_possessor_100320_csm_1.jpg|Improved, full-width, dual-roller ''possessor'' | ||
| + | Image:DB6_Siri_100320_csm.jpg|Siri Maley during ''possessor'' tests | ||
</gallery> | </gallery> | ||
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[[Category:Robot]][[Category:DEWBOT VI]] | [[Category:Robot]][[Category:DEWBOT VI]] | ||
Revision as of 03:03, 22 March 2010
During the 2010 Build Season, Team 1640 designed and fabricated a proxy chassis as a time-management tool. The proxy chassis duplicated the key geometry and construction of the forward portion of the robot chassis, focusing on accurately duplicating every chassis element which would or could interact with the Kicker.
The proxy chassis enabled us to turn a mechanically and electrically functional robot chassis over to the Programming and Field sub-teams to allow them time to work uninterrupted, while the mechanical sub-team focused on making the Kicker system as functional and reliable as possible. This was very successful.
The proxy chassis is a welded aluminum structure, like the robot chassis. Unlike the robot chassis, we did not include lightweighting holes (to save time). Also, while we accuratelt duplicated the chassis elements the Kicker "saw", we also took the opportunity to utilize unused old aluminum stock, which we believed would have limited utility on future robots (such as 2" x 2" x ¼" 6063 "U" channel)where we could accommodate this.
CIMs were mounted on the proxy chassis, because they take up space which could interfere with Kicker elastics.
Likewise, the proxy chassis included provisions to mount a front bumper, to understand that the bumper did not interfere with kicking (it didn't).
Proxy Chassis
Siri welding the proxy chassis (just before the welder broke)
Matt completing the proxy chassis welding
Matt and Clem McKown working on Proxy Chassis
Cole, Siri & Jen installing the kicker on the proxy chassis
Siri, Gary Deaver & Mark Morun test firing the kicker
Siri, Gary Deaver & Jen test firing the modified kicker...
...here's the ball...
...and there it goes
Kicker release (Mk I)
Douglas installing the kicker release
David Moyer, Douglas & Siri installing the kicker release
Matt, Faith McKown & Gary Deaver installing a helper cylinder on the Kicker cocking mechanism
Kicker release mechanism in-place
David Moyer & Matt operating the Kicker & Release mechanism pneumatically
Gary Deaver and Matt riveting on the tool steel plate
Douglas, Mike Rizzo and David Moyer working out the kicker problems
Burning the (not yet) midnight oil
Kicker sequence 1/4 (fired) - Disarmed / Fired
Kicker sequence 2/4 - Cocked
Kicker sequence 3/4 - Latched
Kicker sequence 4/4 - Armed
The magical wire ties
Mike Rizzo diagnosing the kicker problem
Kicker sequence 0/4 - at rest
Kicker sequence 1/4 - cocked
Kicker sequence 2/4 - latched
Kicker sequence 3/4 - armed
Kicker sequence 4/4 - fire
Mike Rizzo & Paul reviewing the kicker's control sequence
Team developing and testing the improved possessor
Improved, full-width, dual-roller possessor
Siri Maley during possessor tests
_100216_csm.jpg)
