pic: 114 wheel concept

[sanddrag]

Why the 4 holes?

[Adam Richards]

Originally Posted by sanddrag

Why the 4 holes?

I'm thinking so that they have an option between using a live axle or attaching a sprocket to the wheel...

Thanks for the feedback!

The tread is held on by pop rivets through holes drilled into the wheel. The tread in question is roughtop from mcmaster, the blue thick kind. It's never done us wrong!

The 4 holes are for holding a sprocket to the wheel.

[edit] This is the wheel for the Coaxial swerve drive that is currently under design. If anyone feels interested in that, I'd be glad to spam our ideas/pictures/CAD files at you over aim. [/edit]

[Nuttyman54]

Originally Posted by 114ManualLabor

[edit] This is the wheel for the Coaxial swerve drive that is currently under design. If anyone feels interested in that, I'd be glad to spam our ideas/pictures/CAD files at you over aim. [/edit]

You know i think i've still got 2 or 3 itertations of this year's robot on my comp somewhere...James was having fun w/ Inventor 10 rendering....

[sanddrag]

Originally Posted by 114ManualLabor

The 4 holes are for holding a sprocket to the wheel.

What's the keyway for?

[Daniel_LaFleur]

Originally Posted by 114ManualLabor

The tread is held on by pop rivets through holes drilled into the wheel. The tread in question is roughtop from mcmaster, the blue thick kind. It's never done us wrong!

That tread looks great.

Do you have the McMaster-Carr part number?

Thanks

[Bill Gold]

Originally Posted by Daniel_LaFleur

That tread looks great.

Do you have the McMaster-Carr part number?

Thanks

It looks like Nitrile based "rough top" incline conveyor belting on page 1125 of McMaster's online catalog. Here's the part number for the 4" wide unit 5994K852. This stuff held up amazingly well on the 2003 wire-mesh ramps.