ftc skystone 3d models

During our teams practice we found that if you hit the main button it will close the FTC app which will stop your robot from moving. So this is a two part cover that will protect the button from being hit. This has the STL and Solidworks part.</p>...

This is a Lunar Wheg wheel I designed for FTC team 8372, built to conquer the mountain and engage the churros as it climbs up. As the robot ascends smoothly, my design proves its worth. For V2.2, simply mirror this object to create the Wheg for the...

We crafted a winch for lifting up a glyph grabber as part of our FIRST FTC Relic Recovery project. It features a central hole where you can securely tie off the string. The design incorporates a 0.77 inch hole pattern to seamlessly integrate with...

It was built to pick up cones for the FTC 2022-2023 season. It worked very well for our team and now that I am done I though why not let other teams try it. The design needs you to print multiple parts but usually they can be printed in one go over a...

Similar to the [Linear Bearing Slide for FTC](https://www.thingiverse.com/thing:4958057), however made with MISUMI slides, which are smoother and more robust. For rigging help, I made an explanation [here](https://youtu.be/Qyfs6OcRtGQ). Lift...

The primary purpose of this drivetrain is to provide a simple way of building an omni-directional drivetrain that any FTC team could easily build using a few omni wheels and Tetrix Motors. ...The coding for this drivetrain is quite simple, as it is...

This is a legal version of a team prop that FTC teams can use that will allow teams to create fast autonomous opmodes without worrying about running over their team prop, or another team's team prop. The team prop is .5" thick, so a robot could roll...

The Velocity Vortex attachment is designed specifically for the 2016-2017 FTC game. It serves as a tool to lift the cap ball off the floor and onto a robot. The device features Tetrix attachment holes at one end, allowing for easy integration with...

... the pulley and the shield. Technically, the ridges form unsupported overhangs; your printer's ability to reproduce these may vary. FTC 7172 has used these on many of their robot designs and they work well to keep cables in place around the pulleys.

This is an enclosed team marker system that FTC team 13712 utilized on our robot this season. X-Bots is our name by the way, hit us up with any 3D printing inquiries. This self-contained unit was designed for the goBuilda 2000 series dual-mode servo...

The design allows for mounting a phone onto an FTC robot using the center hole pattern, which is compatible with Actobotics (diagonal holes), goBILDA, or Tetrix (on-axis hole slots). Extended hole patterns for these formats are available in...

A cascading linear slide prototype for use in FTC teams and hobbyists. Can be made for under $30 and provides a great platform to learn and test linear slide ideas before implementing them on a competition robot. It is rigged with a bi-directional...

Contributed by FTC team 16750 - Sammamish High School Technototes from Bellevue, Washington. This is a tight little linear slide block that uses Tetrix (Pitsco) parts: (1) Standard or continuous rotation servo and horn (W39177) (1) Linear actuator...

... closer look, I have included a STEP file at the end.Of course, all STEP files have been provided. If you have any questions, feel free to leave a comment, DM me or find me on the FTC discord, @Mason| 14147With love, High Voltage Couch Bananas 14147

FTC 12v Battery Holder Gobilda pattern

This is a design for a printable claw to be used as part of my team's robot in First Tech Championship. ...There is space on the claw for holes to be drilled in so that it can attach to a motor, and it is able to pick up spherical and cubic freightsThe...

Three distinct hook designs have been developed to secure the lander, each featuring 4 mm holes for added strength. Extensive testing has confirmed that these hooks are capable of supporting a robot weighing up to 15 pounds, with a likely increase in...

A simple spindle for winding cordage, crafted with ease. To attach it to an axle, use a hub and add a bronze bushing if necessary. Scale it down in the Z direction if your screws are too short to reach all the way through. ... Print Settings: Printer:...

This drive base utilizes a robust 20:1 gearbox courtesy of AndyMark, which was thoroughly tested and utilized on our 2017-18 Worlds robot. The result is a fast-moving robot that remains remarkably lightweight. Impressively, it functioned flawlessly...

2923/2024

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This package comprises three egg-shaped markers, each bearing distinct team numbers and foot symbols. ...You will receive a TinkerCAD file to customize the markers as needed, along with a GCode file for 3D printing purposes.

I designed and manufactured "Driver-Stations" that would store controllers, electronics, and others for driver operators. The design materials varied from acrylic, PLA to aluminum extrusions. The 3D prints intend to connect the acrylic planes...

Designed by the innovative minds of Team 247 REBOOT, this ingenious wheel boasts a diameter that barely falls short of 6 inches. ...Motor hubs snap into place with ease.

A 2017 gaming feature was a crucial aspect that made the games more engaging and interactive for players. These elements were designed to enhance user experience, providing endless entertainment and hours of fun. ...The innovative features captivated...