|
|
|
![]() |
|
|||||||
|
||||||||
This is one of 1281's corner wheel treads after 25 matches (18 at waterloo and 7 qualifying matches at GTR) playing heavy, physical defense. For a comparison idea of what a tread like this should look like, check out http://www.chiefdelphi.com/media/photos/24268
01-04-2006 23:45
Greg Marra
I am fairly certain team 365 was running IFI treads. In the first match of the semifinals at Philly, we pinned them in a corner on the ramp, pushing them in place as they tried to drive down. After the match, there were little crumbs of tread where MOE was and little scrapes in the platform where we were.
They had to bring out a dust pan to sweep them all up. Two strong drive trains going at it on a low friction surface is quite intense!
01-04-2006 23:56
Gabe
Our team used to use natural rubber for treads but it wore down incredibly fast. We would have to replace them every second or third match. Then we found Nitrile conveyor belting (blue) from McMaster-Carr. This roughtop material is very tough and will oulast many natural rubber treads. The downside is that it has slightly less grip because is is harder and doesn't "grab" the carpet as much as you'd like. For our robot, not needing to constantly worry about the treads was great.
(True story: when our team was at PNW regional last year, we never replaced our tread at all and still ended up first place.)
02-04-2006 01:07
The Lucas
|
Originally Posted by Greg Marra
I am fairly certain team 365 was running IFI treads. In the first match of the semifinals at Philly, we pinned them in a corner on the ramp, pushing them in place as they tried to drive down. After the match, there were little crumbs of tread where MOE was and little scrapes in the platform where we were.
They had to bring out a dust pan to sweep them all up. Two strong drive trains going at it on a low friction surface is quite intense! |