© 2018  7203 KNO3  Robotics

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Resources

Getting started with the FTC SDK

 

An overview of the FTC SDK, installation and creating your first autonomous and tele-op programs.

A Better Autonomous

 

An explanation of how to make a more consistent autonomous program.

Electronics Basics

A basic introduction of electronics use and applications to create a competitive robot.

Intermediate FTC Programming

A guide explaining how to write a more advanced and technical program.

Mechanical Design

An outline of design techniques in order to create a more robust and proficient robot

A Better Teleop

 

A discussion of how to write a more intuitive and consistent teleop program.

Why CAD?

 

An outline of the benefits of 3D modeling and its application in FTC.

Engineering Notebook

An overview of methods and techniques to improve your engineering notebook.

Introduction to CAD

A general walk-through of basic CAD techniques to aid in robot design.

Getting started with the FTC SDK

 

An overview of the FTC SDK, installation and creating your first autonomous and tele-op programs.

Past Season Documents

Rover Ruckus Notebook

 

KNO3 Robotics' Engineering Notebook from the 2018-19 season.

Rover Ruckus CAD

 

CAD Library for the 2018-19 season, Rover Rucks.

Rover Ruckus Software

Software run for Rover Ruckus at the World Championship.

CAD Part Library

 

The CAD part library we used for our robot designs. Parts are formatted for Autodesk Inventor.

Relic Recovery CAD

 

CAD Library for the 2017-18 season, Rover Ruckus.

Relic Recovery Software

Software run for Relic Recovery at the World Championship.

Game Manual Part 1 Test

 

A fun Kahoot on the first section of the 2017-2018 FTC game manual to test understanding of basic rules.

Autonomous/Teleop Transitioner

 

A programming resource to automatically initialize your Teleop program after autonomous.