pdp frc 3d models

My awesome FRC Animation Team Mentor assigned our team a fun side project a while back to design and build a cartoonish cactus into an existing scene. ...Take a look at the cool, cartoon-style cactus model I came up with - it's a blast!

This is a tailored compartment crafted specifically to contain and support a critical circuit module used for integrating numerous sensors with our innovative First Robotics Competition (FRC) robotic platform. ...A unique set of five secure female...

Gear it Forward FRC Team 2338 unveiled a dramatically revamped logo in 2015, marking its first major redesign since the team's inception. ...This latest version accurately represents the team's updated visual identity as a high-resolution 3D model...

Mostly simple machining operations; this is a very basic ball-lock shifting gearbox with two CIM motors (used in FRC). It is a complete design and was tested during the summer of 2011. ... Using two standard servos, this gearbox was intended for use in...

Designed to mount the popular FRC nav-x gyro and increase reliability of the USB connection. The lid is constrained by zip ties around the tabs on the side of the enclosure. The gyro will sit 'upside' down (the lid mounts to the chassis); orientation...

To ensure a successful FRC power-up, follow these essential steps. Firstly, check your battery connections to guarantee proper voltage supply. Secondly, verify the programming settings and test all control functions. ...Finally, perform a system...

This design is perfect for pairing with the Ultrasonic Sensor Mount AndyMark MaxBotix FIRST/FRC by team375. We successfully used it to attach the KOP Ultrasonic sensor to the front or bottom of our robots. The Inventor file is included, allowing you...

A Reinvented Drive System A reimagined drive system based on the drivetrain from my school's robotics team's 2015 FRC robot. This enhanced design builds upon the initial drivetrain I created during preseason, further modified and refined for optimal...

This is the logo of FRC team 1912 Combustion. ... Print Settings Printer Brand: RepRap Printer: Sunhokey Rafts: No Raft Required Supports: None Needed Resolution: Any Setting Will Do Infill: Infill Percentage Not a Concern Notes: Printing This Model...

The logo of Delta Force 3537 FRC Team is a badge of honor that represents the team's unwavering commitment to excellence and their unrelenting drive to succeed on the competition field. ...The logo features a stylized image of an eagle soaring through...

A universal connector designed specifically for the Anderson Powerpole series 1327 enclosure, commonly employed in high-end robotics projects like FRC. ...The connector features precision-machined locking pins that seamlessly integrate with adjacent...

... was generated using the Customizer! ...(http://www.thingiverse.com/apps/customizer/run?thing_id=45576) with specifications including "FRC 3242" as the word, a font scale of 2.1, a pen length of 130, and font spacing set at 0.81.

A quick model key chain of the FRC Team 4761 logo. On the sloppier/quicker slide when designing this, but still a good print! ...Print Settings Printer Brand: Creality Printer: Ender 3 Rafts: No Supports: No Resolution: .2mm Infill: 20% Filament:...

In 2016, the annual FRC (FIRST Robotics Competition) featured an intriguing robot challenge that tested participants' engineering and programming skills to the limit. ...The event showcased cutting-edge technology and innovation as teams of students...

Our team's powerful cell shooter is set to debut on our 2020 FRC competition robot, driven by two NEO and two NEO550 motors that deliver exceptional speed and agility. ...A pivotal feature of this design is the 3-position pneumatically adjustable hood,...

The newly designed logo of FRC team 3015 incorporates the prestigious F.I.R.S.T. medallion awarded upon victory. This file is meant for enthusiasts of team 3015 to print and add to their collection of F.I.R.S.T. ...achievements.

The 2016 FRC team 3480 Automat's shooting mechanism was designed to propel the foam balls effectively into the targets. It consisted of a pneumatically-powered ball indexer that loaded the balls and a flywheel-based shooter which launched them at...

With this product, FRC and FTC teams have access to 2 hex-to-crossaxle adaptors that enable the use of Andymark or Vexpro systems alongside Lego solutions. These adaptors help in reducing weight or simplifying manipulators for more efficient designs....

This adapter simplifies the connection of a 6mm encoder shaft to a 1/2 hex shaft, making it an ideal choice for FRC teams. ...It was manufactured using high-quality PLA material and features a precise 0.2 layer thickness with 80 percent infill density.

This is just a little something I created to attach to a one-inch by whatever aluminum extrusion as a reminder of the FRC 2020 season, which was a big disappointment. The second version has two holes for quarter inch bolts if needed. ... There's also a...

This is a custom-built Limelight camera holder, engineered specifically to be integrated into my team's FRC robot. ...Its design enables seamless attachment of a GoPro mount directly above the main unit, while also featuring a dedicated mounting system...

Revamping the belt intake mechanism for Team 4778's Steamworks challenge in FRC ensures optimal performance during the competition. ...This integral part of the robot design is crucial to its success, thus requiring utmost attention and precision during...

Experience the excitement of FRC 2017, themed "Pegasus Point," where teams from around the globe unite to showcase their engineering prowess and compete in thrilling robotics challenges. ...Join the fun and see how creativity and innovation come...

This is a versatile wall-mounted cup holder, conceived by the ingenious FRC MORT 11 for seamless integration with a robot cart. Engineered to seamlessly attach to 1x1 aluminum, this design also accommodates screw-on installation on any wall surface.

This mount will securely hold two standard FRC air tanks parallel to each other on one-inch stock. It's highly advised to utilize a minimum of two mounting positions (one at each end) for optimal stability. ...To ensure accurate printing, scale up the...

This is the differential swerve drive designed by the FRC team Skynet#4416 during the 2022 season.each module is powered by 2 NEO motors and uses custom 3D printed gears and polycarbonate plates.The ratio of this design is 105:20 ( 5.25:1 ), and it...

Work in Progress Transforming FRC Robotics Vision Processing into High Definition Future plans call for upgrading to a vibrant Neopixel Ring Display To achieve this goal, it's essential to obtain the foundational 'Base' File directly from the Remix...

Original motor and gearbox combo originally came from a snow blower assembly, but is commonly used in FRC. Our team had stripped out the worm wheel in the motor assembly. Printing this out of PETG has worked great, and has proven its use in...

To print pulleys featuring hex shafts for FTC, VEX, and FRC robots, we simply require a slight modification in the coding. This update will enable users to opt for a hexagonal shape on the shaft. ...Future enhancements include an option to create just a...

... fastens onto a standard DIN-rail, providing a reliable and space-saving solution for mounting. ...This design is based on the Celt-X FRC Din Rail Mount Collection by CeltXRobotics, available online at Thingiverse with the reference number 3579883.