ftc claw designs 3d models
1693467 3d models found related to ftc claw designs.
thingiverse
This component connects directly to the FTC motor controller, securing the white cables in place and preventing them from coming loose and disconnecting.
grabcad
This is a simple First Tech Challenge sized H-bot (H-Drive) chassis that was designed by FTC team 10735. 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...
thingiverse
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...
thingiverse
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...
thingiverse
FTC 2022-2023 Beacon for team 11536 Derryfield Fighting Cougars in the shape of a crown. ... Tricky to print, might be easier to print the spheres separately and glue them on.
thingiverse
This is a device use to grab cones from the top as part of the 2022-2023 FTC season. ...A pivot axle is needed to connect the two parts and the larger piece has mounting points for a gobuilda servo.
thingiverse
This is a Battery holder for FTC robots. It accommodates the Large Block style battery or the Slim style. ... Both held in place by an added velcro straps through slots in side walls.
thingiverse
First Tech Robotics Warning! ...Robot Moves on Initialization tag required for all Robots Mounted on Tetrix Created by StormBots team #9993 The team used white PLA and used sharpies to match the FTC color scheme.
thingiverse
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...
thingiverse
If you would like to reuse our marker design, although quite simple, you just need to create a box with a hole that has a similar shape to the angled end of the rack, and it will hold securely when you want it to and deploy easily when you don't. It...
grabcad
FTC Team 9384 Hydraulic Hydras presents our 2023-2024 robot "Crabby" and all of its subsystems. This is the first robot in FTC history (that we know of) to use a directly driven turret. This means the motor's output shaft was directly in the center...
thingiverse
... 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.
thingiverse
The Drum: A Fundamental Tool Used During FTC Relic Recovery Seasons. Its Primary Function Was To Pull On The Polycord Attached To Our Lift, Effectively Moving It Up And Down. ... CAD and 3D-Printed by Captain Erick Mendivil of the 2017-2018 BSG Team.
thingiverse
Design using CAD (computer-aided design): The redesign prompted me to change the claw mechanism, with the additional challenge of storing the whole component into a narrow side of the robot. I was in charge of designing and building this new claw to...
prusaprinters
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>...
grabcad
In v4.2 the only custom parts are for the odometry pod and to space out the motor shaft from the timing belt pulley.>It should be noted that v4 was designed to fit a very specific design goal for a dual intake (design will be published...
thingiverse
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...