ftc driver hub 3d models

This DC motor controller by FTC 15004 TechKNOWLogic is a DC motor controller that you can build and use to test your FTC legal 12v motors or anything else, the parts required are below: Polarity Switches:...

The launcher rail has mounting tabs for the servo and additional tabs for mounting to a surface.It was brought to our attention by FTC team 18151 The Flux Capacitors that the slider on our original drone launcher was not strong enough when printed...

Red and blue alliance markers for FTC teams, engineered with precision. Holes at the back are carefully designed to fit standard M3 nuts perfectly. ...To secure these markers firmly, simply apply a strong bond using superglue to the rear nuts and...

Teams mounting this ZTE phone cradle to their FTC robot can do so using it as a mounting point for their new control system. ...Its wholesale compatibility makes fitting into place a seamless task, especially considering it lines up precisely with...

... a bridge between Tetrix patterns and Modern Robotics sensors. ...With its robust design and cleverly added side supports, it's incredibly easy to 3D print. Perfect for FTC teams who need reliable equipment that can withstand the rigors of competition!

This is a capstone designed specifically for the REV FTC 2019-2020 challenge, SkyStone. The design originated from a reference to the AndyMark block found on both the REV and AndyMark websites. ...Feel free to utilize this design as a starting point for...

Teams 8707, 9071, and 10559 Design FTC Phone Mount Plainview High School Robotic Teams Collaborate on Parts Design Members Use SolidWorks to Bring Concept to Life Phone Mount Specifications Printer Details Dimension Uprint Prints Critical Components...

This phone holder ensures your device stays perfectly angled for effortless viewing and protection during intense FTC tournament action. The secure friction grip holds tight, preventing slippage while still allowing for swift access to your phone's...

Here is a battery holder for FTC robots. It has plenty of mounting holes (Tetrix spacing, 16mm between holes) as well as its own slide-off cover. There is enough clearance for full-size screws (you don't need low-profile screw heads) and the battery...

In the 2017-2018 relic recovery FTC competition, this robot is engineered to excel, as it can swiftly complete a cipher box within just 90 seconds when fully assembled in reality. ...The impressive design process leverages PTC Creo Parametric 4.0...

Designed by Anna R., a member of the FTC team known as Innovators 3311, this device plays a crucial role in navigating complex routes. ...Its ability to make tight turns has been invaluable for the team, enabling them to overcome challenging obstacles...

The FTC game manual requires a blue circle or a red square to indicate what alliance a team is on. ...This part is two-sided and allows the part to be flipped in the slider to show either the square or the circle

Using this print, you can mount the Mitsubishi Ecodan FTC control unit or "Remocon assy" to the wall when the cable is being terminated through the wall behind the control unit. ... The screws are placed at a heart distance of 60mm, which makes it...

I crafted an easy-to-build FTC robot for Rover Ruckus, made from aluminum extrusion and 3D printed components. After competition, it excelled, scoring high with approximately 3-4 minerals per game in the lander. Regrettably, our climbing mechanism...

This FTC drive train is lightweight and robust, tailored for the Rover Ruckus challenge. It features an 8-wheel drive system with a single speed gearbox, boasting 20:1 orbitals that have a .67:1 ratio after. The design includes belt-driven tubes,...

... it from overhanging the edge. ...Our FTC team opted for a creative solution by attaching the switch directly to the back of our robot. ...This innovative design enables us to position the metal C channel as far back as possible on our robot's frame.

Design team of FTC Team 9071, we are focused on developing a high-performance power module mount that meets the demanding requirements of our robotics competition. With precision engineering and strategic planning, our goal is to create an efficient...

I participate in FTC competitions with my team, "The Alumineers," and we utilize these phone cord organizers to safeguard our devices from damage during intense matches. To ensure they stay securely attached, we screw them into the phone cases using...

This is a custom-designed phone mount made specifically for my FTC team's Motorola G4 Play phones. The device features three precision-drilled mounting holes that align perfectly with the Actobotics pattern at its base, ensuring secure attachment and...

A base for any FTC sensor is designed to be printed with specific settings. Print Settings include Printer: CTC, Rafts: Doesn't Matter, Supports: Yes, Resolution: 0.3, Infill: 25%. Post-Printing Instructions require the following steps: First, hammer...

Human: this is a foam based launch motors for the 2016-2017 FTC robotics Competitions V2 is the better one Print Settings: Printer Brand: LulzBot Printer: TAZ 5 Supports: Doesn't Matter Resolution: 100% Infill: 50% Notes: I'm guessing this may need...

FTC passive climber hook is split into three parts to change hooks easily. I recommend making the hook base in higher infill and using mechanical stops when the hooks swing back in order not to destroy your servos and have an unpleasant time.The...

This 3D printable capstone is specifically designed for the 2020 FTC Robotics Skystone Challenge. The capstone has been intentionally modeled slightly smaller than the required dimensions to take into account a 3D printer's tolerance. Each side of...

Here's a hook I designed for the 2015/2016 FTC Challenge Cascade Effect. The 3D printed hooks weren't quite strong enough, so I came up with this to be cast instead. If you're not familiar with PLA casting, do yourself a favor and check out some...

Modern Robotics Sensor Mounts Quickly and Easily with FTC Teams! This is a fast and hassle-free way to attach the Modern Robotics Sensor to your Tetrix robot's hole pattern. Weighing in at just 6 mm thick, this print won't take up any space on your...

Capstone designed by Berserk Robotics (#13053) is ideal for the 2019 FTC Season - Skystone. Its design mirrors that of the stone game pieces, which are highly valued in this competition. This capstone is specifically tailored for teams that...

The options used for customization include a text font of "write/Letters.dxf", ring radius measuring 1.6, build plate selector set to 0, a ring thickness of 0.8, lip measurement of 0.4, text size at 6, height of 1.6, length of 80, width of 25, manual...

We're getting ready to share our insights on robot design for the FTC game in 2018-19. Every part of our robot will be made available as soon as it's finished, so stay tuned. Our team won't be competing this year, but we're eager to lend a hand by...

To create a set of FTC legal mecanum wheels, gather 8 x 6-32 x 1.25" screws and nylok nuts per wheel, along with .125 rivets, washers, and half-inch shrink tubing for the rollers. Cut the MecWheels.dxf in 1/16 lexan and bend at right angles on the...

Edit it online https://www.tinkercad.com/things/6bW0UKJa8dK The G4 phone mount was designed by FTC 5484. It offers a fully supported USB port while keeping the phone extremely secure. We experienced zero disconnects after switching to this mount. The...