rev control hub 3d models

This part is designed to help prevent disconnects on the control hub. Our team struggled with this and decided to share our solution. This part was designed by FTC Team 8907 - Blue Box Bots. Thanks to...

This is a FTC REV Control Hub and Expansion Hub mount I remixed from TheEV. It holds the Control Hub and Expansion Hub on each side and has cutouts for the USB ports. There are holes properly spaced for GoBIlda holes. There are also holes to mount...

This mount allows you to attach two REV hubs vertically and back to back.

A case to store your REV Robotics Driver Hub. ...Many customization parts are included, as well as a blank base and cover to customize yourself.

This case houses and protects the REV Drive Hub utilized in the First Robotics FTC competition. ...An opening has been added to expose the speaker and tabs added to lock the device in place.

It's a T-Frame designed specifically to work seamlessly with the REV Robotics Expansion Hub.

Designed by Team 247 REBOOT This REV Expansion Hub mount is a space-saving solution, engineered to accommodate both Expansion Hubs within a compact footprint. Featuring a double-sided design, this hub holder securely fastens both units, granting...

The REV Driver Hub's USB ports are not easily repairable. This model helps relieve some port strain by not allowing the cables to have wiggle room. I printed it vertically with the ports facing downwards. The mount is attached to the driver hub using...

Designed by Team 247 REBOOT This is the REV Expansion Hub mount. It is designed to have both of the Expansion Hubs to be in a small space. It is double sided to hold both of the Expansion Hubs. You have Access to all ports and different ways of...

Team 3954 Pink to the Future designed this protective Cover for the REV driver hub. Of course, all necessary connections/buttons are still accessible. There is a small gap (0,5mm) left free to adapt for printer inaccuracy. Because the cover is split...

This is a part that is designed to vertically mount a Rev expansion hub onto tetrix or actobotics C channel. The main purpose of this design was to open up space on my team's robot, as we had mounted our expansion hub horizontally before, so that we...

Our robotics team positions two REV Expansion Hubs horizontally in parallel along the robot's central axis, secured to two 15mm REV extrusions. This arrangement leaves a 30mm space between the hubs, which is precisely the right size for our REV 12v...

This component ensures secure positioning of the wire within the REV Expansion Hub by providing a compact design that saves valuable space on the robotic system. It has a sleek, low-profile shape that allows it to sit flush with the ground,...

Housing for REV Robotics Driver Hub for FIRST FTC. Housing is designed to be printed from PLA or other rigid filament. Not as much cushion as TPU, but easy to print. Housing can be assembled as a stand-alone, or mounted to a driver station plate...

... exceed 5.5mm for those M3-0.5. Additional: The distance between the two mounting holes is 144mm. DISCLAIMER: In no way does this case guarantee any additional protection to your drivers hub, but one would assume it’s better than nothing. ...

I suggest attaching the REV module to your robot using Velcro, then sliding pan head bolts up through the bottom of the rev module, up through the relief model and fastening with nuts. Insert your USB plug and wrap zip-ties around it. In some cases,...

This is a clever PC control hub that lets you easily turn on your computer while giving you instant access to USB ports. ... Used in conjunction with the following USB hub and a standard PC power switch:...

This hub is for a tighter and less sloppy fit for mounting REV Mecanum Wheels on a 5mm hex shaft. ...

The right-angle USB connector is designed to fit perfectly on a REV Robotics Expansion Hub. ...It was created by the skilled engineers of FTC team 8103, known as Null Robotics.

Using the strafer chassis from goBilda, you can place two Rev Robotics hubs in the front with this hub mount plate. You'll need an angled mini USB cable to make it work. ... https://www.gobilda.com/strafer-chassis-kit/...

These mounts are designed for use with the REV Robotics expansion hub and battery as well as a Moto G play for FTC robots. It doesn't matter which side each component goes on as long as the battery mount is placed centrally. ...The phone mount has been...

... sliding off of metal tables and surfaces. ... It uses : Two - M3 x 10mm Hex Cap Screws https://www.revrobotics.com/rev-41-1123/ Four - 8 x 3 mm Fridge Magnets https://www.amazon.com/gp/product/B07CPV7X8Y/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1

These mounts are specifically designed for use with the REV Robotics expansion hub and battery, as well as a Moto G play in FTC robots. Placement of each part doesn't matter, as long as the battery mount is centered. The phone mount has been...

A compact Vertical Expansion Hub Mount is designed to accommodate two Hubs, secured by a Strain Relief Clip. ...The cable needs to be threaded through the clip's opening before being connected to the Hub.

A quick 3D printed battery holder and expansion hub mount our FTC robot.

A quick 3D printed battery holder and expansion hub mount our FTC robot. ...

A user to assist with a bracket to stick. ...Enjoy the task at hand.

The design caters specifically to the REV Expansion Hub or REV Control Hub, addressing their needs with precision. The bracket consists of two interlocking parts. The lower component attaches directly to the body of the hub using either strong...

These Control Hub junctions are for the Modular pipe system and will work with its catwalks. Check here for all the other parts available: https://www.myminifactory.com/users/the3dprintingmagic/collection/modular-pipe-system Include are 3 versions:...

Both are made for Geeetech GT2560 Rev a+ (possible fit others as well?) Rev 2 is made for Raspberr Pi Zero, also with space for an DC-DC converter. Attached is also a cover with cutouts for 2 x 40mm fans Rev 3 is made for Raspberr Pi 2/3/3B. Attached...