swerve mk3 3d models

A compact accessory accompanying our previous Coax Power Unit release is now available for you to try out.

Various refinements of maneuvering systems have been designed and engineered specifically for the FIRST Robotics Competition. ...The development cycle can be summarized as follows: First prototype unveiling: June 2018; Revised modules launched, with...

Developed by team MSET 649.

Module Specifications: Drive Speed: Reaching a blistering pace of 13.9 feet per second in free speed mode Drive Reduction: A precise 6-to-1 ratio ensures smooth power delivery Steering Reduction: With an astonishing 29.94-to-1 reduction, every turn...

Omnidirectional navigation

Full Swerve FRC Drivetrain with electronics & electronics board included.

MisCar 1574, 2023 off-season project - a differential swerve drive.

An attempt to make the smallest swerve module possible

Finally, we have decided to build our own swerve. ...Here is the CAD.

A Swerve Chassis designed for FIRST Robotics Competition designed by members of our team!

The design showcases an autonomous, standalone swerve system tailored for FIRST Robotics Competitions.

Team 1425's swerve drivebase is known as Error Code Xero, an innovative development in robotics.

Frog Force's Swerve into Uncharted Territory - A Bold New Era Dawns

Revamped CAD blueprint for MOE 365's inaugural Swerve Drive modules, dated 2017

The FRC Team 1533 Triple Strange utilized a swerve module in the 2018 FIRST Power Up season.

Diff Swerve is a 3D printed housing designed specifically for use with Selective Laser Sintering (SLS) technology.

The swerve drive, which was designed and manufactured from the prototype V1 version by two members from FRC 6998, is proudly present on GrabCad.

The swerve drive, which was designed and manufactured from the prototype V1 version by two members from FRC 6998, is proudly present on GrabCad.

I'm thrilled to be making my debut with differential swerve and I'm feeling pretty confident about how it went.

The Flying Toasters, FRC Team 3641, are presently focusing on an off-season initiative to develop a swerve drive system. ...This work is ongoing and not yet complete.

Created by team 6635 (disbanded), the lightweight test swerve drive was developed and experimented with during the 2018-2019 FRC seasons. It served as a prototype to assess the kinematics and code of a full-sized swerve drive system, albeit with...

The FRC team 33's 2018 robot, Buzz XXIII, featured the utilized swerve module. ...Both a comprehensive SolidWorks file containing material specifications, weight details, and appearance aspects, as well as a STEP 214 file are available for download.

This is a swerve drive cover for the MK4i modules. It has integrated Spark Max Motor Controller Mounts. Thanks to FRC Team 5090 for the original idea.Printed on a Makerbot Replicator+. ...25% infill, 4 shells.

The swerve drive system is an optimal choice for various applications due to its versatility and maneuverability. ...It offers numerous benefits compared to other drive systems, making it a popular option among engineers and designers.

Rear Wheel Steering System The Swerve Drive Module, also known as the Rear Wheel Steering System, is an innovative and efficient mechanism that allows for precise maneuverability in robotic applications. Unlike traditional four-wheel drive systems,...

The 2013 Swerve Module is a versatile and innovative product that offers excellent maneuverability and control. Released in 2013, this module has gained popularity due to its advanced technology and user-friendly features. Its design allows for...

This chassis design also employs a shelf system for storing the Robot's electronics, making it relatively easy to remove the electronics from the robot to do maintenance work.If anyone is curious about the 3D printed Swerve drive system that we are...

Lakeshore FIRST Robotics teams collaborated to develop this swerve module, combining the expertise of various levels from Manitowoc County, WI. Development kicked off at the end of the 2019 FRC season and may extend into early 2020 if a swerve drive...

The design draws heavily from Swerve Drive Specialties' highly acclaimed Mark 1 module. A robust NEO motor with a high-performance 8:1 reduction powers the robot's movement, while a precision-crafted 775pro motor with a 42:1 reduction smoothly...

This design differs significantly from my previous swerve drive designs, as it incorporates more robust and low-profile components from Swerve Drive Specialties. Since these components are pricier than other options, I'm currently developing a...