ftc swerve drive 3d models

FTC 6518 CENTERSTAGE Robot

2020-2021 FTC Robot

FTC Alliance Markers

FTC 21931 CENTERSTAGE Robot

FTC 19932 CENTERSTAGE Robot

2020-2021 FTC Robot

FTC 4366 CENTERSTAGE Robot

After a lot of tweaks, one of the students has designed a swerve drive cover for a Mk4i swerve module with allowance for wires. Note: - The wiring holes might need to be adjusted according to your robot - The encoder guard might need to be...

A chassis for the MK4i swerve modules

... and design. By leveraging advanced technology and creative problem-solving skills, FRC Team 226 has taken their gameplay to new heights. Their Swerve drives the competition to stay up-to-date with the latest advancements in robotics engineering.

In development, a differential swerve module designed for a FIRST Robotics Competition robot. With the differential, both drive motors can turn the wheel as well as both spin the module. When the relative rotation of the two differential rings are...

Consumer Protection Agency Seizes FTC Stone Squeezer

Game element: cone FTC power play

Ground junction for FTC power play field

FTC 7244 SKY STONE ROBOT CAD

FTC Team 10015 Hyperdroid presents our 2023-2024 FTC robot "DOUBLE BUBBLE". ...machu@ataarobotics.ca

FTC Alliance Markers - Red Square and Blue Circle - 2.5 inches FTC Team 13353 Circuit Breakers

We're stuck in neutral here, but one concept catches our eye: a bevel-beside wheel swerve drive that Team 599 might employ if they lose their grip on sanity and decide to actually use swerve. This design is geared towards rapid, simple manufacturing...

Flat Connecting Bracket Designed Specifically For FTC Tetrix Channels

8mm and 4mm spacers for FTC robot axles.

This is a housing for holding the FTC Power Cell.

I built it exclusively for our FTC robot.

3D Printing a Custom Number for Our FTC Team

Three Motor Swerve Module for FRC use. ...Most hardware retained from a SDS MK4i module.

The front half and riser platform are designed to mount different mechanisms, making it a direct drive system that's easy to drive and program. The total build time for this puzzle piece robot is about 1-3 hours, making it easy to build in 1-2 build...

Driving-gear

It is a direct-drive system, making it easy to drive and program. The total build time for this puzzle-piece robot is about 1-3 hours. This makes it easy to build in 1-2 build meetings. The robot is easy to build, but small adjustments may be needed...

Any questions not answered please email me at theev123@gmail.com with the subject Complete FTC Robot See this robot in action at the bottom left robot, the colorful one: https://www.youtube.com/watch?v=rDLTHs4qklc To modify the files go to...

This component is among the Andymark/FTC products utilized in the FIRST Tech challenge.

This is a double pixel grabber designed for FTC team 12195.