pdp frc 3d models

This is FRC Team 5199: Robot Dolphins from Outer Space's CAD release of robot designed specifically for the 2021 At Home challenges. ...There are some differences between the real-life robot and the CAD based on iterations made after the design phase.

... MK3 chassis converted to Autodesk Inventor. ... The 2910 Chassis design is minimalist and extremely efficient. Slight changes were made to accommodate 1481's manufacturing capabilities. Once again great thanks to FRC Team 2910 for an awesome design!

This Pit was inspired from FRC team 5460, whom we borrowed the main portion of the cad from. This pit incorporates linear actuators to raise the upper storage for increased counter space and fast set up. ...It also includes a built in battery station,...

Team 7886's robot for the 2020 FRC game. Missing a pneumatic elevator that hooked onto the sides of the robot frame for climbing. ...The robot did not have a color wheel spinner.Included: Adjustable shooting mechanism, mecanum wheel intake, conveyor...

Someone asked me to simplify the FRC model(https://www.thingiverse.com/thing:3828797) for use as a monopoly piece. That's what this is. You will need a pretty small nozzle, maybe .2 to get it to look smooth at all. It's really tiny. ...I also uploaded a...

This is a replacement tread for Swerve Drive Specialties hubs for FRC robots. Recommend printing at 101% scale so it slides over the lips on the hub easier. ... There are two versions in the .STEP file, feel free to play around with them

This Pit was inspired from FRC team 5460, whom we borrowed the main portion of the cad from. This pit incorporates linear actuators to raise the upper storage for increased counter space and fast set up. ...It also includes a built in battery station,...

My summer work project at team frc 3211.West coast drive and 775 pro motors.6 in Wheels ( 4*Traction Wheels and 2*Omni-Directional Wheels)Gear With ratio 1:25.93 that makes us to be faster and also strong.The final result at the project for us was...

This is the step-by-step guide to building the robot we're developing for the 2020 FRC Season. The STEP file reflects our current progress as of the upload date, with most components still in the conceptual phase and awaiting production and testing.

This is the Torquenado's robot for the 2023 "Charged Up" FRC season. ... This robot represents a significant jump forward for the team, adopting new strategies such as carbon fiber lightweighting (both tubing & Nylon CF12 3D prints) as well as being the...

This design serves as a versatile hex adapter for bicycles with disc brakes, specifically tailored for the 2020 FRC robot built by MORT 11. ...To ensure its longevity, the printed piece demands a substantial high-density infill within the hexagonal...

The robot-carrying cart I've designed for FRC Team 3812 is for the 2017/18 season. The concept version, featuring gearboxes and wheels, provides an idea of its function upon completion. ...A recent update (2/19/2018) includes Version 2 with a work...

This camera case is specifically designed for the FRC Axis Camera, attaching securely onto your robot's x-wing channel via a 1/4-20 screw. ...To assemble, simply fasten together the top and bottom halves using a 1/4-20 x 1.5L screw and nut.

This is our 2024 robot "Shang-Chi" built to compete in the 2024 FRC game "Crescendo". This robot made it to the first round of playoffs at the Port Hueneme Regional and the fourth round at the San Diego Regional. ...Additionally, this robot earned rank...

This is the iconic emblem of FRC Team 330, The Beach Bots, cleverly rendered in 2.5 dimensions. The logo's design was carefully crafted to seamlessly transition from yellow to blue (or vice versa) when printed, thanks to a clever color swap. 2017...

Have a coach or friend in FIRST FRC Robotics? Celebrate their special day and past game pieces with this cake topper! ...Printed with Bambu Labs AMS but using a sharpie should work too!Use slicer software to add sticks or hot glue pop-sickle sticks...

While every part of our kit is available for purchase separately and can be assembled using basic tools and a 3D printer, the unique aspect of this kit lies in its use of parts that are readily available to every FRC team around the world. ...This...

Our team's first FRC robot, created for FRC 2017, is the subject of this post. Note that we only participated in offseason events and do not have an official team number as yet. Our temporary offseason number is 9059. The design of our robot was done...

Then we've got 4-encoder-equipped, high-torque M3s providing precise and lightning-fast turns as part of our FRC-ready swerve plate configuration! Plus one M3 servo is responsible for setting the optimal motor orientation – think of it like flipping...

At the FIRST Championship in Houston, they became Newton Sub-Division Champions and 2017 FRC World Championship Finalists, joining an alliance with Teams 118, 4188, and 5892. FIRST Robotics is an international organization founded by Dean Kamen,...

... promoting STEM education through hands-on mentoring. The FRC program, designed for grades 9-12, challenges students to create robots based on annual FIRST game releases. ...For more information about FIRST or FRC, visit www.firstinspires.org.

Although every component of our kit can be purchased separately and assembled using readily available tools and a 3D printer, we've taken it a step further by designing the kit with parts that are abundant in every FRC team worldwide. ...This means...

The JVN Build Blitz FIRST robotics team has finalized their CAD design for demonstrating robots in the 2014 FRC events. The files are publicly available at http://www.buildblitz.com/final-cad-files/. Note that these files are owned by Innovation...

The innovation never stops - a brand new swerve module designed to revolutionize the game of robotics forever, emerging from the ashes of the highly competitive 2020 FRC season. This ingenious creation is set to change everything, as its sleek and...

FRC Team 1759 comes to rescue! Need a sleek-looking battery for competition? Look no further! These terminal covers do the trick, safeguarding your battery from unwanted shorts! Want to know how to get them...

I'm designing a custom battery box specifically for FRC robots and I think it's going to make a fantastic project. This initial design is for a vertical mount configuration, but I've got my sights set on creating a horizontal version next. ...If you're...

This is another part of the USCG FRC. It is the final upright stanchion that makes up the tow rail. It has a weird shape to it so I thought it would be easier to print. The rail size (upper) should be about 3/16 of an inch or around 4.8 mm.

This is a variation of a Co-axial Swerve Drive chassis for FRC use that uses an un-conventional 3 wheeled system instead of the typical 4 wheels. Alongside the development of our team's Swerve drive development, we have began to investigate different...

FRC 2017 Mock Game Field Piece: hook. The engineers tweaked the hook to accommodate a smaller diameter spring, approximately .48 inches in diameter. This modification enabled them to use it for mock-up field testing while keeping the outer diameter...

This versatile battery mount is designed specifically for use in FRC Robots, providing a secure and efficient way to house the robot's power source. The battery is mounted vertically, allowing for easy access and convenient cable management. Two...