vex omni wheels 3d models

I was not satisfied with the commercially available omni wheel, so I designed it from scratch using my own expertise and creativity. The wheels used were standard products that could be easily sourced. As strength is sufficient, I believe this...

I recently experimented with a new omni-directional wheel design and thought I'd share it with everyone. This is a 67mm diameter wheel featuring a bolt-secured 4mm axle that can be scaled to achieve different sizes. The hub uses 3mm x 10mm socket...

THIS PROJECT IS NOT COMPLETE OR THOROUGHLY TESTED This is an updated version of my original omni wheel, parameterized in OpenSCAD this time around, which I recently mastered. The O-rings haven't been received yet, so I've only managed to test basic...

This is the code for a completely customizable omni-wheel in OpenSCAD. It lets users pick wheel radius, subwheel size, how many subwheels are created, what axis is used for the wheel and subwheels, frame thickness or connector thickness - basically...

This part is a simple bore adapter meant to be used with VEX Robotics Flex Wheels with a 1/2 inch hex bore. I know that a lot of FTC teams like to use these compliant wheels but don't have the budget to get fully decked out with 1/2 inch hex shafts.

Robot Wheel

I'm really enjoying creating these omni wheels, and this is my most successful one so far. They're perfect for grippy surfaces like felt, cloth, and vinyl. The plastic wheels often struggle to find grip on hard, smooth surfaces. These fit snugly...

This is my try at remixing Arcwave's O-ring based omni wheel with mbbackus's split-ring one. Arcwave's O-ring concept is great for traction, but the spinners are on plastic axles in a plastic housing, so rolling friction appears poor. Mbbackus...

One complete omni wheel includes: 1x Omniwheel v2 top.stl 1x Omniwheel v2 bottom.stl 8x Omniwheel v2 roller.stl Print Settings: Printer: Maker Select V2 Rafts: No Supports: Yes Resolution: 0.2mm Infill: 20 Notes: Processed by Simplify 3D. Main...

The six wheels on the side power the chassis backwards and forwards and steer, and the center wheel slews side to side.

Experience effortless movement in all directions with our compact 5 centimeter wheel, ideal for various applications requiring versatile navigation capabilities.

A one-meter long rail is equipped with dual 50mm x 100mm omnidirectional wheels, providing smooth movement capability.

The Nexus robot showcases impressive 127mm-sized omnidirectional wheels, allowing for smooth and precise movement in any direction.

This device-driven wheel has the ability to maneuver in multiple directions along both the x and y axes, allowing for versatility in its movement capabilities.

Omnipurpose Wheel, Fabricated with Openscad Design. Radius: 38 Millimeters, Screws: M3 by 8 (Eight) & M3 by 26 (Four). Nuts: M3 (Twelve). Rods: Three at 38mm Each, Amounting to Eight. ... Part1 and Part2 Must Be Separated Prior to Printing.

A versatile component featuring an all-encompassing wheel mechanism that can be seamlessly integrated into various sections of a framework, allowing it to be coupled with other units to enhance the adaptability of propulsion system engineering.

A wheel designed for robotics applications facilitates smooth handling. Don't forget to show appreciation by pressing the '♥' button, as this supports further advancements. ...Your support is greatly appreciated!

These precision wheels measure a diameter of slightly over four inches, including the rollers, and are specifically engineered to be mounted onto six-hole Pololu motor mounts. Each wheel necessitates two plates and ten rollers for proper function.

The bracket you see in the video was crafted using CNC machining, the tiny wheels are actually O-rings, which can be easily found in standard systems - just be sure to avoid metric systems altogether. ...The rest of the components were 3D printed, and...

Physical product was 3D printed and assembled using 1/8" dowel.Point of note for the robotic application: the armature should have been mounted on the other end of the chassis - making the drive wheels the 'front' of the unit. ... This would have...

We've verified the print output using a 3D printer, but it would be better to create the side wheels and axle using a CNC milling machine. Using parallel pins on the axle makes assembly much simpler. ...This design is intended for use with Tamia or Daik...

This is the authentic all-in-one model for Hangfa_QL-08 wheel. Users have the option to employ either carbon plate or AL (aluminum) plate for the "main_plate" and "sub_plate." The "main_plate" boasts a thickness of 3 [mm], while the "sub_plate" has a...

3d Printable:(9) Nylon Rollers (whatever material you wish to use)(2) Halves to the wheel. These are glued / plastic-welded together whatever.Hardware:(2) 6305-2RS-1" Bearings for main Hub(18) 608-2RS Bearings that go in ea. end of ea. roller.(18) M8...

Omni wheels or Swedish wheels, similar to Mecanum wheels, are wheels with small discs around the circumference which are perpendicular to the rolling direction. The effect is that the wheel will roll with full force, but will also slide laterally...

This is a versatile adapter to fit tetrix parts (Ftc or other robots) that excels with smaller wheels specifically designed for the 4 inch mecanum wheels. ... https://www.robotshop.com/en/mecanum-wheel-set.html

Builders have a wide range of wheel options at their disposal to bring some serious power to the floor.

An omni-wheel measuring at 4 inches in diameter is indeed quite noteworthy.

A revolutionary omni wheel that proudly boasts an impressive 38mm diameter, paired with a sturdy 4mm copper hub and a seamless standard groove that perfectly complements servo motors.

The Tetrix Omni-Directional wheel has a 3-inch diameter and is rollerless; it serves as a visual component in virtual models. We incorporate these wheels on our robot for the FTC 2012 Ring it Up! ...challenge (team #5357).