roadrunner ftc 3d models

FTC Team 4366's 2018-2019 robot to play the Rover Ruckus game.

FTC Team 6518's 2017-2018 robot to play the Relic Recovery game.

FTC Team 4366's 2017-2018 robot to play the Relic Recovery game.

FTC Team 4366's 2016-2017 robot to play the Velocity Vortex game.

FTC Team 19932's 2021-2022 robot to play the Freight Frenzy game.

FTC Team 6518's 2018-2019 robot to play the Rover Ruckus game.

This is FTC 16606's custom design for a catcher for the freight delivery system

FTC Team 4366's 2020-2021 robot to play the Ultimate Goal game

FTC Team 4366's 2016-2017 robot to play the Velocity Vortex game.

FTC Team 4366's 2017-2018 robot to play the Relic Recovery game.

FTC Alliance Marker with Matrix Plate X2 · Blue Alliance marker · Red Alliance marker · Matrix 3x7 Plate FTC Team 11047 Screw it & FRC Team 8017 SCREW IT： Youtube Channel ->https://www.youtube.com/channel/UCXDdoudmuYHMO4NsNGgMbwQ

FTC Alliance Marker with Matrix Plate X2 · Blue Alliance marker · Red Alliance marker · Matrix 3x7 Plate FTC Team 11047 Screw it & FRC Team 8017 SCREW IT： Youtube Channel ->https://youtu.be/G-MGKs6vEKE

FTC Team 9384 Hydraulic Hydras presents our 2023-2024 robot "EggWUUUHH" and all of its used subsystems.

FTC Team 6518's 2020-2021 robot to play the Ultimate Goal game. ...Both Wobble Goal Mechanisms are included.

FTC Team 6518's 2020-2021 robot to play the Ultimate Goal game. ...Both Wobble Goal Mechanisms are included.

This innovative battery holder seamlessly integrates with the revolutionary rev extrusion system, empowering FTC teams to unlock unparalleled performance and precision.

Vertical holder for FTC Tetrix Battery.This part is meant to be connected on the side of a 15mm REV Robotics extrusion with M3 screws.

Create your own 6-wheel drive using micro axle and FTC components; this project features homemade parts for a DIY build.

Robot designed and built for the 2020 2021 FTC challenge Ultimate GoalDesigned in Autodesk Inventor 2019Rendered in Fusion360Designed by: Viraj Ramachandran

I crafted a stunning trophy specifically to recognize the most friendly FTC teams that excel at competitions, showcasing their exceptional camaraderie and sportsmanship.

This component connects directly to the FTC motor controller, securing the white cables in place and preventing them from coming loose and disconnecting.

Robot designed and built for the 2020 2021 FTC challenge Ultimate GoalDesigned in Autodesk Inventor 2019Rendered in Fusion360Designed by: Viraj Ramachandran

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.

Game Piece Designs for the FTC Game Velocity Vortex. ...Print Settings Printer: Sunhocky Rafts: Don't Matter Supports: No Resolution: Point One to Point Two Millimeters Infill: Forty Percent to Seventy Percent

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.

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.

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.

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...

... type and VXB Ball Bearings for their superior rotation capabilities. Once the FTC 2018-19 season has concluded, we will upload a comprehensive set of technical schematics that will guide your team through building its own Swerve Drive from scratch.

... microns, producing a highly detailed finish. Infill: The team opted for any infill percentage, allowing them to experiment with different densities. Notes: Manasquan High School is proud of their FTC Team 11003, who designed and printed this logo.