FTC 2012 Robot for Team 4545 3d models

FTC Team 4366's 2019-2020 robot to play the Skystone game.

In the realm of robotics, Team 251 from Davidson's proudly showcases their innovative entry for BEST Robotics competition. ...With an unwavering dedication to excellence, this team strives to make a mark in the world of technology.

The Iconic Emblem of FTC Team 13712

This part was designed to provide an alternate mounting option for the OpenOdometry V3 module for FTC Robotics. Note: The OpenOdometry design belongs to FTC Team 18219 Primitive Data. For the rest of the model and BOM, please refer to their...

... type and VXB Ball Bearings for their superior rotation capabilities. Once the FTC 2018-19 season has concluded, we will upload a comprehensive set of technical schematics that will guide your team through building its own Swerve Drive from scratch.

The robot also features a universal chassis that can be used for years across different FTC games. The robot design is clean, professional, and easy to organize wires, with self-threading holes that fit #6-32 screws. Unlike a typical cube robot,...

A versatile 3D printable baseplate suitable for FTC teams and open to adaptation by others as well. ...Its dimensions measure 16x16 inches.

This is a legal version of a team prop that FTC teams can use that will allow teams to create fast autonomous opmodes without worrying about running over their team prop, or another team's team prop. The team prop is .5" thick, so a robot could roll...

Also, this robot has a universal chassis that can be used for years on different FTC games. This robot design is clean, professional, and easy to organize wires. The hole size fits #6-32 screws self-threading holes. In the past season, this robot...

Unlike a typical cube robot, this robot can be produced for just $100 across 2 spools of filament and hardware (excluding phones, motors, battery, and Rev Expansion hub). A typical robot could cost upwards of $400 - $600 (excluding phones, motors,...

I crafted an easy-to-build FTC robot for Rover Ruckus, made from aluminum extrusion and 3D printed components. After competition, it excelled, scoring high with approximately 3-4 minerals per game in the lander. Regrettably, our climbing mechanism...

This is an enclosed team marker system that FTC team 13712 utilized on our robot this season. X-Bots is our name by the way, hit us up with any 3D printing inquiries. This self-contained unit was designed for the goBuilda 2000 series dual-mode servo...

I designed these two simple reels for our FTC team's (11591) pulley lift system. We utilize 80lb braided fishing line to attach the reel to a Tetrix motor hub with the bump facing towards the motor, then tie the string through the adjacent hole and...

In the 2017-2018 relic recovery FTC competition, this robot is engineered to excel, as it can swiftly complete a cipher box within just 90 seconds when fully assembled in reality. ...The impressive design process leverages PTC Creo Parametric 4.0...

This is a re-model of our First Tech Challenge robot from the 2012-2013 season challenge, Ring it Up

... as they should. I've conveniently omitted our team number (5063) from these numbers to present them to your robot in their pristine state. ...If you need any modifications, feel free to reach out and I'll do my best to accommodate your requests!

The robot designed for the 2016-2017 FIRST Tech Challenge competition showcases innovative engineering and design principles. ...This cutting-edge machine was built with the latest technology and specifications to compete in this high-stakes event.

Battery enclosures and phone holders come in two distinct versions - one branded with team 11225's insignia, while the other features no logo or branding whatsoever. Use this information freely! ...Please refrain from revealing your involvement in its...

Contact for any kind of design or simulation for any machinery or parts or just for model or prototype of anything for (CAD model) (Simulation) (3d Printing) (CNC Machining) (Mold design) (Sheet metal Enclosure) (Ergonomics Design) (Product Design &...

Simple claw for use with the REV education kit, power by a servo motor and attaches to 15mm extrusion The fingers are printed in TPU 95, and the remainder with PETG.

Robot Developed by Team 3494 for First Robotics Competition

FRC Robot Model for Team 5212.

First Tech Robotics Warning! ...Robot Moves on Initialization tag required for all Robots Mounted on Tetrix Created by StormBots team #9993 The team used white PLA and used sharpies to match the FTC color scheme.

FTC Team 4366's 2016-2017 robot to play the Velocity Vortex game.

FTC Team 4366's 2017-2018 robot to play the Relic Recovery game.

FTC Team 19932's 2021-2022 robot to play the Freight Frenzy game.

FTC Team 6518's 2017-2018 robot to play the Relic Recovery game.

FTC Team 4366's 2018-2019 robot to play the Rover Ruckus game.

FTC Team 4366's 2016-2017 robot to play the Velocity Vortex game.

FTC Team 6518's 2018-2019 robot to play the Rover Ruckus game.