swerve transformers 3d models

Got tired of seeing vertically built swerve drives, Tried to arrange the motors in inverted position to conventional build, reducing the height required for the swerve drive. ...A little rushed swerve drive, Compatible for 3D printing.

Got tired of seeing vertically built swerve drives, Tried to arrange the motors in inverted position to conventional build, reducing the height required for the swerve drive. ...A little rushed swerve drive, Compatible for 3D printing.

This is our off season swerve drive, it uses a combination of 3d printed parts and waterjeted parts. ...It is very similar to our inseason swerve.

A swerve module for an FRC robot using a lazy susan.

Different swerve module design. ...Works off of holonomic coaxial system which allows for complete omnidirectional movement.

10 version of 3175s swerve module, inspired by teams 2471 and 33

Explore swerve drive applications in FRC competitions to enhance maneuverability and control.

FRC 1533 Triple Strange presents its fourth version of the Swerve Drive system.

Latest iteration of my swerve module. ...See CD for more information.

swerve drive from RoboMaster team Astra in Beijing Information Science and Technology University

Swerve designed by team 997 Spartan Robotics with inspiration from team 2910s v2 modules

Still under DevelopmentThese are meant to be zipped tied to the current SDS Swerve modules.

This is an example of a differential swerve drivetrain for FTC.

Unveiling the next chapter, the upgraded Differential Swerve Module Version 2

In Emperor Swerve's 973 match, the Greybots showcased their skills.

I constructed a unique swerve mechanism for the vehicle's drivetrain, offering improved maneuverability.

swerve drive from RoboMaster team Astra in Beijing Information Science and Technology University

This is an example of a differential swerve drivetrain for FTC.

Version 4 of the Swerve Drive system from 997 is operational.

Trying out the first version of swerve drive technology for improved maneuverability in robotics.

These are the swerve modules Apple Pi developed during the 2019 offseason.

The Fighting Calculators' FRC team 2175 has developed a sample swerve drive.

Introducing yet another innovation in the world of automotive technology - the swerve drive!

This is our swerve module from the 2018 season, released to the public.

This is a motor in wheel swerve that we plan to prototype in the offseason and hopefully use in competition.

A modified version of Rev Robotics Swerve. ...Designed to use a invered Kraken motor from West Coast Products.

The Human is now online, syncing up its Swerve module for a seamless transition into 3D View mode.

Latest iteration of my swerve module design.3.875 W x 5.25 L x 7.6 H3.25lbs

Latest iteration of my swerve module design.3.875 W x 5.25 L x 7.6 H3.25lbs

Revamping FRC Team 548's off-season design, the innovative swerve chassis takes center stage in their robot engineering efforts.