So the design my team is thinking of currently would cause the bumpers to go higher than 16 inches as it goes over the bump. It would probably place it around 17 inches. but when it becomes level again it would be back under 16". Would this be considered articulation? If so, if we created a contraption that would keep them under 16", would they still be considered articulating due to the fact that they are moving in relation to the center of the robot?
Just trying to decided on what to do. Any help would be greatly appreciated.
I have read the rules, well up to <R26> at the moment. I’m still going.
<R07.a> is the part that applies to this design. But I can’t tell if it would be legal…
BUMPERS must provide complete protection of the entire FRAME PERIMETER of the ROBOT (i.e. BUMPERS must wrap entirely around the ROBOT). The BUMPERS must be located entirely within the BUMPER ZONE when the ROBOT is standing normally on a flat floor, and must remain there (i.e. the BUMPERS must not be articulated or designed to move outside of the BUMPER ZONE).
That is our problem at the moment… The wheels move… The frame moves with it. Moving the bumpers up and down. I have a way to keep them at the same level, but it requires moving the bumpers, so I’m afraid it would be illegal. :ahh:
When the Q&A system comes live on wed have your team leader ask a question. Until then all of the responses are just speculation.
My interpretation of the intent of the rule is to make sure on flat ground there is only bumper to bumper contact. When you are climbing the ramp at roughly 45 degrees any robot with fixed bumpers within the zone will rise out of the bumper zone until they are on fixed ground again.
But I would wait for the Q&A before making a design decision.
I can’t imagine that being the correct interpretation. If it were, then it would be impossible to have an ELEVATED robot, since raising your robot above the 20" high platform would necessitate the bumpers being out of the BUMPER ZONE. The phrase “when the ROBOT is standing normally on a flat floor” in <R07-A> is key here… I believe that Dan has it right: