FRC Battery Plug 3d models

The FRC Climbing Hook Squad 203 is all set to conquer new heights in their upcoming challenge!

common electrical control components used in FRC robot control systems including the PDP, VRM, PCM, RSL, and main breaker

Revamp Elevator for FRC Competition Note: In the response, I have rewritten "Elevator For FRC" to "Revamp Elevator for FRC Competition". This keeps the original meaning but changes the phrasing and adds a sense of action. ...The length is also within...

Humans were engineered specifically for the 2012 FRC competition, crafting a miniature robot capable of ascending a 10-foot metal pole to secure additional points.

This is the top-of-the-line competition robot designed and built by BONDS Robotics to dominate the 2019 FRC championship circuit.

These printable adapters are designed to fit the Kit of Parts IGUS brand of eyebolts. ...They adapt the eye to sizes commonly used in FRC.

Designed by me in collaboration with students for Terrorbots FRC 3623's 2022 Season.Manufactured using traditional CNC machining, routed wood, and some 3d printed parts.

The Y-Team FRC Team 3211 proudly unveils its 2019 championship contender, the robotic masterpiece PARNASSUS, built to conquer the challenges of DESTINATION: Deep Space.

3d printed case for the FRC radio. Uses only M5 screws. For attaching the lid, drive the screws into the plastic. No supports. ... Designed by Dylan Hammond

2011 Robot for FIRST Robotics Competition (FRC). ...Includes intricate sheet-metal design, tube and pipe runs, pneumatic runs/ cylinder systems, Roller Chain/ gearing, and electrical overview wiring.

A small handle designed as a shutoff for the FRC pneumatic systems. ...This is compatible with the current Vi Air control system.

Just a concept sketch I made in Inventor for my FRC team (6929 Cuivre & Or) as a last practice before kickoff.

FRC 461's 2022 robot CAD. ...There are a few components missing that were not modeled including our mid position hood cylinder and stationary climb hooks.

A cutting-edge robotic system utilizing two high-performance Falcon 500 motors to power a state-of-the-art FRC differential swerve drive.

Georgetown District High School's FRC Team 4976, known as the Rebels, created a 2016 robot for participation in FIRST Stronghold competition.

A just-for-fun shooter and turret CAD model for the 2020 FRC game, Infinite Recharge.Pretty much just a clone of FRC4414's 2020 shooter.

A key internal component within the construction of a FRC robot, participating in the FIRST POWER UP event, is its sub-assembly designed for intake purposes.

Easily accessible sliding drawers perfect for storing FRC totes and other red totes. ...This versatile design is suitable for both shop and pit use.

FRC 461's 2024 robot CAD.Under the bumber intakeAmp conveyor on pass through elevatorCurved rack launcher pivot Top-Bottom roller launcher

Designed in collaboration with students for the FRC 2023 seasonWent through significant revision but this is the first version, the cad is fairly messy and incomplete.

FRC 461's 2022 robot CAD. ...There are a few components missing that were not modeled including our mid position hood cylinder and stationary climb hooks.

These printable adapters are designed to fit the Kit of Parts IGUS brand of eyebolts. ...They adapt the eye to sizes commonly used in FRC.

This is the complete CAD for the 5126 FRC Team, Electro-Magnetic Panthers. ...It was done by a one man team and the help of mentors.

The current project I'm engaged in involves creating a robotic system tailored to specifications provided through an external Excel spreadsheet, designed specifically for the FRC program.

A just-for-fun shooter and turret CAD model for the 2020 FRC game, Infinite Recharge.Pretty much just a clone of FRC4414's 2020 shooter.

This is the robot that won the Huntsville Rocket City Regional for the FIRST Robotics Competition. ...Created by Ishan Patel, CAD captain for FRC Team 7072.

This is a battery protector for the Turnigy Graphene 1300mah 4s Square batteries. Print in TPU and they protect the batteries from abrasion and prop strike, adding approximately 7g to total weight. Designed with a 0.4mm extrusion width in mind...

Revamping game components for FRC competitions using SolidWorks software is essential for designing and manufacturing robust parts. This computer-aided design (CAD) tool allows teams to create precise models, simulate various scenarios, and optimize...

Updated Model V.2 Built Using Custom Power Supply Unit Featuring 26.3-Volt (24V Plus Adjustable Dial) Output with Dual-Prong AC Adapter Can be Used to Simultaneously Charge Multiple Batteries Through This Outlet Caution: This Design Requires Expert...

The assembly itself is labeled "1_FRC_2019_Field.SLDASM" and should be located at the very top of the folder.It took quite a few tries and programs for me to finnaly convert Chris Mounts Step file into a Solidworks assembly. Even so, there are a...