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This is a dock for charging 5 VEX IQ (2nd generation) and/or EXP batteries in an organized manner. VEX classroom kits come in multiples of 5 robots, so you can print as many of these as you need for the number of batteries you have. The…
This is a system of parts for mounting the VRC driver interface on the portable VRC field perimeter . The old metal perimeter included posts for mounting the driver interfaces, but no such solution is included with the portable field. The…
This is a crosscut sled for a small bandsaw. I originally designed this sled to be made from ⅛" laser cut plywood, though the parts could also be 3D printed. The attached PDF file includes a layout of all parts for laser cutting. To…
This is an adapter that lets you mount VEX IQ parts on a pegboard. One end is a VEX IQ pin, and the other goes into the pegboard. The 1 inch hole pitch of most pegboards lines up nicely with the 0.5 inch hole pitch of the VEX IQ system.…
This is a 3D-printable replacement for the “VRC Large Pipe Nut Block” (276-8354-154), a part on the VRC Over Under field. The part is used to hold together the horizontal and vertical components of the elevation bars. On our field, one of…
This is a compact sizing tool for use in the VEX IQ Robotics Competition. This video demonstrates how to use the tool: https://youtu.be/jI0B2tczbRM For one tool, print 8 straight walls, 2 end walls, and 1 height tool. #8-32 screws and…
These are 3D printed parts for mounting a Raspberry Pi, field control hardware, and other accessories to the back of VEX Robotics Competition field monitors. The 3D printed parts are attached to the monitor with strong double-sided tape…
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