Plowie FRC 3d models

... that port when pressed slightly for a very snug fit. If your printer is off calibration-wise, the SCAD file is available so you can tweak the sizes a bit. Design courtesy FRC Team 1502 from Chelsea Michigan. ...Have fun and see you on the field!

The goal was to craft a gearbox tailored for use with both standard FRC elevators and double climb mechanisms. All calculated speeds were carefully optimized with a 22-tooth #25 sprocket (measuring 22.24mm in radius) in mind. The "Normal Elevator"...

I'm a 16-year-old student from Israel who is passionate about robotics, particularly as a member of my local FRC team where I serve as head CAD department. With my team's support, we were able to bring this innovative device to life in just a short...

Introducing an innovative "Axis" camera mount, designed for use with FRC's popular Axis webcam, which comes with a subpar mount. I created and 3D printed this mount for my team (#3840). For Version 1 instructions, visit...

... into a radial pattern and all driven from a single timing belt. Run for a couple of minutes at a time and tens of hours total on a First Robotics FRC robot successfully with zero failures. ... No guarantees for life span or continuous duty.

By the way, I'm a 16-year-old student from Israel who happens to be part of my local robotics FRC team as the head CAD department. My project took around 4 hours for designing and tinkering with it, followed by 7 hours of printing, and then another 4...

As a 16-year-old student from Israel, I'm part of my local robotics FRC team, serving as the head CAD department member. ... Time spent designing and tinkering: 1 hour Time spent printing: around 9 hours (with a few attempts) Time spent on cleanup and...

This is a control system enclosure designed specifically for the FRC system, built to be completely modular so different versions can easily be swapped out. The compact design of the enclosure offers added protection for internal components while...

I designed this compact holder for my standard set of FRC bits (10 SAE, 6 metric, 2 flat, 2 phillips). I tried multiple ways of arranging them, but my preference was having them in a single row for ease of access and flat to fit in a pocket.I tried...

... me at; bartlethowarde@jacksonpec.org*Note, The swerve modules in this design utilize Tetrix Torquenado motor for the steering loop. These motors are not legal for the 2019 FRC season, but they can easily be replaced with Andymark Neverest 60 motors.

http://cagrisaglam.com/https://www.instagram.com/cagri_saglam_designer/*The robot design we have done as the PARS ROBOTICS 6436 team.*Our FRC 2021 Infinite Recharge season robot design.*We designed the dimensions of our robot to pass under the...

It boasts cutting-edge weaponry from FRC Herstal. A low-poly 3D model has been meticulously crafted for maximum realism. Features: 40,000 faces for precise modeling PBR (Physically Based Rendering) materials for ultra-realism 2K texture maps...

This is the robot that entered CADathon 8 from team 444, built for the FRC game "Power Play". It takes in 8" diameter pucks on one side and then uses a belt to transport them into flywheels that shoot the pucks at a goal with precision. Be aware that...

We intend to utilize these innovations for the 2020 FRC season Infinite Recharge, pending their viability for the challenge. Underneath the NEOs, we've designed and 3D printed motor spacers that were developed prior to SDS announcing an official...

For FTC teams seeking an easier way to organize controllers and phones on a convenient carry board, similar to those used by FRC teams, I created a custom solution. The two controller stands are specifically designed for Xbox 360 wired controllers. A...

Uses two bearings from our FRC stockpile as rollers, drastically reducing friction and improving performance on an 80/20 slide system with a superior 80:20 material mix ratio. Mounts perpendicular to a sturdy structural member that allows for a...

Systems Integrator: Revised Configuration Enhancements ImplementedFixed pockets and clearance issues, elevating performance parameters.Simplifying the gearbox layout from three stages to two alleviates strain on mounting mechanisms and reduces...

http://www.thingiverse.com/apps/customizer/run?thing_id=175150 Instructions Using the following settings: Corner Radius Set to Standard Value at 3 mm Slit Width Increased to Max Capacity at 4 mm Font Size Remained Unchanged at 8 point Line Spacing...

### RaspberryPI / Controllerbox The printed controllerbox in this project provides a mount for RaspberryPI, 2x LM2596S DC-DC Power Supply, 1x FRC Relay, 1x Custom PCB, and 1x 40mm Fan. I advise building this project based on your own needs and...

With team 2051 officially retiring from FRC at of the conclusion of the 2023 season, we wanted to upload or most ambitious robot created by Team 2051 in hopes that other teams can use it for future reference and potential design ideas. It...

I didn't include mounts for an LED ring, since it seems that FRC has fully phased out their reflective tape in favor of April Tags on the field. The design uses an Arducam OV9281 Camera, a UBEC 5V 3A output buck converter, a 30mm 5V fan, PowerPole...

FRC Team 4026 required an arm on a 1/2" hex shaft to activate a limit switch (catapult design and we must stop when cocked then load the ball) so I replaced the ugly lexan hacked thing we used with this. Two parts - there's the hub, which is...

This robot was created for a CADathon hosted by our robotics team (FRC 226). After giving us a fake robotics game, we had to design a robot that could earn the maximum amount of points. This robot was created in two weeks and is one of the largest...

... 18:54 belt reduction, hitting free speeds of 407 RPM. Azimuth tracking relies on a REV through bore hex encoder mounted on the driving shaft of the final reduction. This swerve idea was sparked by FRC teams 910, 2910, 33, and 1323, among others.

... of 215C. Additionally, omitting infill and support structures will streamline the printing process. This design was specifically crafted with the FRC Lancaster scratch-built plane in mind, making it an ideal fit for that particular project.

I designed this system for use on an FRC robot, but it's wonderfully versatile and can be used anywhere you want. Good for about 25 feet with a ~0.5GPM (2lpm) pump. Includes nozzles ranging from 1.5mm to 4mm, several mounting plates, and a...

Currently, the team is working on building a table-top CNC machine, offering FRC team members hands-on experience with new robot build techniques and exciting learning projects. Every bit of support counts, and your purchase makes a real difference...

This is a radio controlled ship modeled after USCG FRC, standing at 4'6" when printed at full scale. It can handle waves up to 10 inches high. The hull must be modified to accommodate any chosen propulsion system. For steering, differential thrust is...

Holding one pair of calipers per every two inches was a bit too inefficient for my FRC team's preferences, so I redesigned and now we can fit six pairs of calipers in 4 inches of space by mounting them sideways. If after printing the pegs are too...

... stiffness some by increasing the preload, but as you do, the movement becomes less smooth and wear increases. For the most part, this is really only recommended for light or intermittent duty applications. It would be perfect for use on FRC robots.