ftc skystone 3d models

Left Slant mecanum wheel assembly to be used in FTC 16606's custom chassis for the year

The railed shooter design of FTC 8101 emphasizes on rail-based mechanisms for enhanced accuracy and precision in shooting applications.

The CHS Choraleers FTC team, # 1697 unveiled their cutting-edge robot design for the 2019 season, titled Quantum Leap.

Our version of FTC 5086's cover has slightly different measurements after dealing with issues related to the original design by ftc 5086. These designs are intended to fit around the 15mm bearings from Rev Robotics. ...Rev Robotics Pulley:...

Our second robot for the 2019-2020 Skystone season excelled in efficiency after our first competition revealed River's complexity left no room for upgrades and additional mechanisms due to strategically placed gearboxes and drivetrain motors. ...CADing...

Revamped modular powertrain solution tailored for FTC robots A modular powertrain system designed specifically for FTC (FIRST Tech Challenge) robotics is revolutionizing the way teams approach their machines. By utilizing a modular design, teams can...

... making it easier than ever to bring your ideas to life. Whether you're an experienced engineer or just starting out, the FTC CAD Library has something for everyone. ...Streamline your workflow and unleash your creativity with this essential tool.

A container with its cover is created for housing an FTC robot's battery pack. ...Manufacture it by printing at a 20% infill rate.

Team 10419 Syosset ELITE's prototype straffer chassis with intake, loading, and launching systems for the 2021 FTC Ultimate Goal Season.

Teams competing in the FTC's Velocity Vortex Challenge will need to design and build a machine that can lift the cap ball into place using a wheel.

This device was crafted specifically to cradle a ZTE Speed phone in place, ensuring seamless integration with Tetrix systems as part of the prestigious FTC design competition.

A retainer for servo wires for the Rev Control Hub made by FTC 8693, with the aim of avoiding servo disconnects due to collisions.

Designed specifically for FTC teams, a custom-built plate holds the Power Distribution Module (PDM) and the battery securely in place.

Crafted by the ingenious minds at FTC 9866, the innovative design hinges two revolutionary extrusions into perfect alignment, spanning an impressive 90-degree spectrum.

The device is equipped with a feature that allows for attachment via precision-drilled holes, making it compatible with our FTC robot system.

Team 7316's FTC robot for FIRST Res-Q, Sorbo, is a creation of the Burlingame Iron Panthers from Burlingame High School in California.

This is a battery holder for the REV robotics style battery used in FTC. Includes mount points for Servo booster and power distribution hub on the sides. ...

Hungarian Football club FTC-s logo3d printable with dual extruder(Ha tetszik annyira, hogy letöltöd, miért nem tudsz egy tetves like-ot rányomni?)

This is an incredible achievement from FTC Team 7318 Phoenix Gears, their creation of this sleek and advanced Tetrix L bracket has pushed innovation to new heights!

This product is a 4-inch omniwheel designed specifically for use with Inventor 2017 software. ...The wheel, manufactured by AndyMark, is an essential component for FTC robotics applications.

We've designated this as our official marker for FTC Team 8341 to enable sealing it within a transparent, flexible protective coating known as Encapso K.

Battery mount for the kit battery (10 cell) in the Tetrix build system. ... Used in FTC (First Technology Challenge) robotics competition.

The FTC-approved, holonomic drive base from team 4042 features 4-inch rubber ball wheels; for details on components, reach out to garfieldrobotics.com via contact@garfieldrobotics.com

This component securely fastens the wire within a REV module used in FTC robotics competitions. ...By absorbing some of the tension, it prevents the wire from becoming dislodged.

Part of a collection of four 3D prints designed by by 10383 Robo Warriors to make QOL in FTC challenges slightly better.

Part of a collection of four 3D prints designed by by 10383 Robo Warriors to make QOL in FTC challenges slightly better.

Part of a collection of four 3D prints designed by by 10383 Robo Warriors to make QOL in FTC challenges slightly better.

The 2016-2017 Robonados, FTC team number 8101, developed an innovative intake mechanism for the Velocity Vortex challenge. ...This ingenious design showcased their engineering prowess and teamwork skills.

Part of a collection of four 3D prints designed by by 10383 Robo Warriors to make QOL in FTC challenges slightly better.

An FTC app can utilize a 1x1x2" aluminum tube as a spacer, measuring 1x1x2 inches in size. ...This serves as its base.