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#frc

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Vista de FRC Main Breaker Shroud (1/4 inch bolt version)

FRC Main Breaker Shroud (1/4 inch bolt version)

This model is an FRC Main Breaker Shroud designed to accommodate a 1/4 inch bolt. Purpose The shroud is intended to facilitate the installation of a 1/4 inch bolt into the top of an FRC Main Breaker. Practical Uses It is designed to work with a 7/16 inch socket for the installation process. Included Parts - FRC Main Breaker Shroud .25in bolt.stl - FRC Main Breaker Shroud .25in bolt.step Printing/Assembly Guidance The author used pink Elegoo PLA filament for the print.

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Vista de MK4 Swerve Module Grease Shield - FRC

MK4 Swerve Module Grease Shield - FRC

MK4 Swerve Module Grease Shield - FRC Purpose This design is intended to provide the functional benefits of a swerve drive system while preventing grease spatterings during operation. Practical Uses It is designed for use in FRC (FIRST Robotics Competition) applications involving swerve drive modules to contain lubricant and reduce mess. Included Parts - Back Piece.3mf - Left Side.3mf - Front Piece.3mf - Right Side.3mf - SwerveShild_0.2mm_PLA_MK3S_13h51m.gcode Printing and Assembly Guidance The author states that this design is easy to install and does not require any disassembly of the module during the installation process.

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Vista de FRC 3038 2025 Shallow Cage Climber 3D Printed Parts

FRC 3038 2025 Shallow Cage Climber 3D Printed Parts

These 3D printed parts are designed for FRC Team 3038's Shallow Cage Climber mechanism. Purpose The components serve as part of the Shallow Cage Climber mechanism used by FRC Team 3038. Practical Uses These parts are intended for use in the construction or maintenance of the team's specific climbing mechanism. Included Parts The model includes one unit of part number 3038-25-P-00-021 (file: 3038-25-P-07-021 v4.stl). Printing and Assembly Guidance The author reports that these parts were printed using PETG material.

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Vista de FRC 3038 2025 Coral Outtake 3D Printed Parts

FRC 3038 2025 Coral Outtake 3D Printed Parts

These 3D printed components are designed for FRC team 3038's Coral Outtake mechanism. Purpose The purpose of these parts is to serve as the structural components for the Coral Outtake mechanism used in FRC competition. Practical Uses These parts are intended for use in the construction of the Coral Outtake mechanism for FRC team 3038. Included Parts The model includes the following files: - 1x 3038-25-P-05-007 - 2x 3038-25-P-05-008 Printing and Assembly Guidance The author reports that all parts were printed using PETG material.

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Vista de FRC 3038 2025 Elevator 3D Printed Parts

FRC 3038 2025 Elevator 3D Printed Parts

This collection contains 3D printed components designed for FRC Team 3038's elevator mechanism. Purpose The purpose of these parts is to serve as the printed components for the elevator mechanism used by FRC team 3038. Included Parts The model set includes the following specific parts: - 5x 3038-25-P-08-011 - 4x 3038-25-P-08-014 - 6x 3038-25-P-08-015 - 2x 3038-25-P-08-023 - 2x 3038-25-P-98-045 - 2x 3038-25-P-98-047 - 2x 3038-25-P-98-048 Printing Guidance According to the author, part 3038-25-P-08-015 should be printed in TPU. All other parts in this collection are intended to be printed in PETG.

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Vista de FRC Break Beam Sensor Mount

FRC Break Beam Sensor Mount

FRC Break Beam Sensor Mount Purpose This model is designed to serve as a mount for an FRC break beam sensor. Practical Uses It is intended for use in FIRST Robotics Competition (FRC) applications to secure break beam sensors to robot components. Included Parts - 3038-25-P-98-039 v6.stl Printing and Assembly Guidance The author states that this mount is intended to be mounted using 3M VHB tape. For printing, the model can be produced using either PLA or PETG materials.

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Vista de FRC Mascot Helmet

FRC Mascot Helmet

FRC MASCOT HELMET Purpose This model was originally created for FRC Team 6996's Koala Mascot, which is located on the side of their robot. Practical Uses Designed to be secured via a zip tie, the model features a slot compatible with zip ties measuring 4.7mm wide and 1.2mm thick. It includes a specific internal area for the zip tie head to rest. The author advises "Safety FIRST!" Included Parts The download includes the following files: - Koala Mascot Helmet.3mf - Pre-sliced .gcode and .bgcode files for i3 Mk3, Mk4s, Core One, and XL printers using 0.4mm nozzles and eSun PLA+. Printing and Assembly Guidance The recommended print profile uses a 0.025mm layer height and 5% Grid Infill. The author recommends using variable layer height for the rim of the helmet, noting that printing time will vary depending on whether this setting is enabled. Attribution: Originally made by the author for FRC Team 6996.

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Vista de FRC Main Breaker Shroud

FRC Main Breaker Shroud

FRC Main Breaker Shroud Purpose Developed by Team 2220, this shroud is designed to protect the FRC main breaker from unintended contact. Using a high visibility color, such as bright orange, can help make the main breaker location clearly identifiable on a robot. Practical Uses This part serves as a protective cover for the main breaker assembly in FRC robot configurations. Included Parts The files provided include several versions of the shroud to accommodate different mounting methods: - Breaker Shroud (Standard .step and .stl files) - Breaker Shroud (1/4-20 Heat Set version) - Breaker Shroud (#10 Heat Set version) - Breaker Shroud (Zip Tie version) - Pre-configured .gcode files for PLA MINI (Light and Solid settings) Printing and Assembly Guidance The author states the part is designed to be printed with no supports. For assembly, the standard version can be directly threaded into by 1/4-20 hardware. Specific versions are also available for heat set inserts or zip tie mounting.

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Vista de FRC Falcon spline to hex shaft

FRC Falcon spline to hex shaft

FRC Falcon spline to hex shaft. Purpose This model is a small adapter designed for a VEX Falcon motor. It functions to convert the OEM motor shaft to a HEX shaft without the requirement of a gearbox. Practical Uses It is intended for use in FRC (FIRST Robotics Competition) applications where a direct connection between a VEX Falcon motor and a hex-shaped shaft is needed. Included Parts - FalconSpline.STL Printing and Assembly Guidance To print this model, use 101% scale and 100% infill.

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Vista de FRC VEX 3in Wheel Hubs | FRC 4099 The Falcons

FRC VEX 3in Wheel Hubs | FRC 4099 The Falcons

FRC VEX 3in Wheel Hubs | FRC 4099 The Falcons Purpose This model serves as an adapter to connect VEX 3-inch compliant wheels to a 0.5-inch hex shaft. It was utilized by FRC team 4099 - The Falcons on their 2023 Charged Up robot. Practical Uses This component is designed for FRC applications where standard VEX compliant wheels need to be mounted onto hex-shaped drive shafts. Included Parts - 3in_vex_hub.stl Printing and Assembly Guidance The author recommends printing these hubs using PETG or ABS to achieve the best results and ensure durability. To assemble the component, simply stretch the wheel over the hub.

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Vista de FRC 67 Rock Pi 5B Case

FRC 67 Rock Pi 5B Case

Purpose: This 3D printed case was used by FRC Team 67 during the 2023 offseason to test vision coprocessors. Practical Uses: The case is designed to house a Rock Pi 5B for vision testing applications. Included Parts: - Rock Pi Mount Bottom Shell.STL - Rock Pi Mount Top Shell.STL

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Vista de FRC Radio and Ethernet Switch Mount

FRC Radio and Ethernet Switch Mount

Purpose This model is designed to mount an FRC radio and an ethernet switch on top of each other to allow for easy access. It is a remix of a GrabCAD model, modified to fit the author's specific ethernet switch. Practical Uses This bracket is intended for use in FRC robotics applications to organize and secure electronic components. Included Parts - Radio And Ethernet Switch Mounting Bracket.3mf

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Vista de FRC 3038 Anderson SB50 T-Handle

FRC 3038 Anderson SB50 T-Handle

Purpose This T-Handle is designed for Anderson SB50 battery connectors. It allows the user to disconnect the battery without gripping the connectors directly or accidentally pulling the cables apart, which can cause connectivity issues. Practical Uses It is intended for use with Anderson SB50 battery connectors, specifically within robotics contexts such as FRC. Included Parts - FRC #3038 Battery Handle.STL Printing and Assembly Guidance The author recommends using PLA filament with 15% infill and no supports.

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Vista de FRC Robot Handle

FRC Robot Handle

FRC Robot Handle Purpose This model is a handle designed for mounting to an Andymark AM14U5 KOP chassis. According to the author, a set of four handles can support a 100-pound robot, though they should be capable of handling up to 125 pounds. Practical Uses It is intended for use in FRC (FIRST Robotics Competition) applications to provide a grip point for maneuvering a robot chassis. Included Parts - Robot Handle (STL file) Printing and Assembly Guidance To print this model, use PLA material with a 15% infill density. The part should be oriented laying down on the print bed. No supports are required for printing. Assembly requires 10-32 1" long bolts for mounting to the chassis.

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Vista de FRC Camera Mount

FRC Camera Mount

Purpose This model is a camera mount designed for the Microsoft LifeCam HD-3000 to be used on an FRC robot. Practical Uses The mount allows the camera angle to be adjusted and then locked into a specific position. Included Parts - Camera Mount Plate.stl - Camera Mount Base.stl - Camera Mount Housing.stl Printing/Assembly Guidance The author notes that the model may need to be scaled up to provide sufficient clearance for mounting bolts.

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