actobots 3d models

Battery Holder Upgrade for FTC Actobotics Kits We discovered that our 3D printer struggled with the initial design, consistently printing it at a smaller size than intended. ... As a result, we've created an updated version featuring a wider space...

... ServoCity design. This custom phone mount also interfaces seamlessly with the original Actobotics phone mount clips for added convenience. ... It has been tested successfully with Moto E4 phone dimensions as shown in the accompanying photos.

Made it to work with this stepper motor: https://www.sparkfun.com/products/9238 The motor will need 4 M3x10mm, the actobotics screws will be 6-32 x 3/8in screws, which are standard computer case screws. ...Just screw them in to form their own...

We designed this component to safeguard the foam tile floor and perimeter wall from being scratched by the sharp ends of the Actobotics x-rail. It offers a secure press fit, but can also be screwed firmly into the end of the x-rail. ... Print with the...

These parts were designed to facilitate mounting Rev Robotics sensors (e.g., color, distance, touch) behind Gobilda and Actobotics channel or plate. ...This concept could also be used to flush mount them behind other surfaces like hardboard or...

This part is exactly the same as the part created by Wizards.exe, except instead of fitting into a wider GoBilda channel, it is able to fit in a 1.5" wide Actobotics channel. ...The hole spacing/sizing for the bottom half (the side that holds the...

Actobotics boasts an extensive collection of high-quality 32 pitch pinion gears, making this a 3D printable rack perfectly suited to mate with a chosen Actobotics pinion gear plus sliders to securely hold the channel in place. The width of the rack...

... script is included for your modifications. The shaft size can be easily changed for 1/4" (6.35 mm) D-Shaft (Actobotics), 6 mm D-Shaft (Gobilda), or 5 mm Hex-Shaft (Rev), and/or tailored for sizing with your printer and slicer. Category: Robotics

The mount features countersunk Actobotics mounting holes on two sides, allowing it to work seamlessly with standard 6-32 screws. To ensure a secure fit, simply screw it onto your device and plug in your USB cord. However, please note that the fit...

... is included for making modifications. The shaft size can be effortlessly adjusted to accommodate 1/4" (6.35 mm) D-Shaft (Actobotics), 6 mm D-Shaft (Gobilda), or 5 mm Hex-Shaft (Rev), and/or tailored to suit your printer and slicer specifications.

Three mounting holes enable attachment to both Tetrix and Actobotics patterns, ensuring seamless compatibility. To optimize fit and access, the phone is positioned with power and audio outlets facing upwards. Two identical mounts are recommended for...

There are six holes on the outer ring that screw into the wheels, and then there are four on the inside, which fit the Actobotics pattern. Before putting the adapter on the wheel, get whatever hub, gear, or sprocket onto it first. The hex holes are...

This is version 2 of my G2 phone holder that was designed specifically for my first FTC team and offers seamless compatibility with Actobotics and 80-20 for unparalleled mounting flexibility. I've revamped the hook and smoothed out many edges to...

This is the upgraded version 2 of my G3 phone holder, designed specifically for my First FTC team and compatible with Actobotics and 80-20 for maximum mounting flexibility. I've made significant improvements to the hook and smoothed out numerous...

This design was originally created for my First FTC team, Team 8907 BlueBoxBots, and is designed to work seamlessly with Actobotics and 80-20 mounting systems for added flexibility. I have improved upon the original by modifying the hook and...

This is a basic chain tensioner employed on my compact robot, HERBERT. Two fasteners secure the tensioner firmly against any given channel. ...The tensioner itself is the small orange plastic component visible in the accompanying image.

After participating in FTC, I made this kit to help FIRST tech challenge teams. ...It contains all of the parts in .prt format, all organized in the folders for easy use.I hope you find this useful!

These designs aim to harness the precision of laser cutting, utilizing DXF files as a starting point, and have been supplemented with STL files for 3D printing or CNC machining. ...The primary motivation behind these designs was to create lightweight...

A versatile attachment enables connection of the servo output to a mechanical axis, ensuring seamless integration with the servo system. ...The necessary component is a tiny screw used by multiple servo horns, which securely fastens the attachment to...

This is a 200mm Boat Propeller for 6mm D-shaft and 0.770" Actobotics mount pattern. ...Print using a tough filament that can withstand an aqueous environment.

The customer wants a 1/4 inch spacing.

Customized to perfection with cutting-edge 3D Slash technology!

This wheel will be employed in the construction of a self-balancing robot.

I appreciate your understanding. ...This upgraded rack and pinion bracket functions identically to its counterpart in the initial design but boasts a more compact build that prevents excessive rack movement and vibration.

This is a loop propeller (aka as "Sharrow propeller") designed for a boating application. ...It features a 6mm D-shaft bore and a 0.770" Actobotics mount pattern. ...Print from a tough material that can withstand an aqueous environment.

This part was designed to connect with an Actobotics D-Hub and FTC motor, featuring a 0.770" hole pattern and 6 mm D-Shaft. Its purpose is to spool out and retract a line for a linear slide mechanism. This part was modeled by EMK of FTC team 14273,...

This part was designed to interface with an Actobotics D-Hub and FTC motor (0.770" hole pattern, 6 mm D-Shaft) to spool out and retract a line for a linear slide mechanism. This part was modelled by EMK of FTC team 14273, Sense and Sound Robotics...

customized with 3D Slash!

Woohoo, I've got it right here, buddy!

When I first 3D printed the original design for the gear rack, it quickly became apparent that the teeth were prone to breaking under the intense pressure exerted by our motor. ...To address this issue, I made a conscious decision to revamp the design...