An all-in-one web-based dashboard for coordinating and managing FTC teams, providing centralized team organization and administrative capabilities.
An all-in-one web-based dashboard for coordinating and managing FTC teams, providing centralized team organization and administrative capabilities.
An open-source Java library that simplifies FTC programming by providing easy-to-use abstractions for common in-the-box mechanisms and sensors. Designed to help teams, especially newer ones, quickly integrate standard FTC hardware into their robot code.
Educational GitHub repository from FTC Team 11531 providing training materials and code examples for implementing differential drivetrain systems in FTC robots. Designed to help teams understand and build differential-drive mechanisms.
A custom PID tuning library and tool for FTC robots that provides an alternative to standard PID implementations with enhanced customization options for subsystem control.
Competition code repository from SVHS Robotics for FTC Power Play and Center Stage seasons, written in Java and Kotlin. Intended as a reference implementation for FTC teams developing their own robot control software.
Custom livestream overlay graphics for FTC DECODE events, designed and shared by Team 20240 Slingshot. Provides enhanced visual presentation for streaming FTC competitions.
FTC Team 19991 Chuckleheads' robot code repository for the Decode season, providing a reference implementation for FTC programming.
A machine learning model that uses optimization algorithms to analyze team data and recommend which students would be the best fit for the competition roster. Designed for FTC team leadership to make data-driven decisions about team composition.
An FTC team's public repository showcasing their robot controller code evolution and programming progress over multiple seasons. Serves as a learning resource demonstrating real team coding practices and hardware integration.
An Android mobile app for scoring FTC DECODE matches in real-time, developed by Team 20240 Slingshot for the 2025-2026 season. Enables match analysis and strategy development through match scoring data.
FTC team 13085 Bionic Dutch Robotics' robot code repository for their DECODE Korver robot. This is a reference implementation that other teams can learn from.
Open-source modularized FTC Android application libraries and framework designed to optimize and streamline robot control code development. Targeted at FTC programmers seeking alternative, organized approaches to standard FTC SDK structure.
RoboRegistry is a web-based attendance tracking system designed to streamline check-in and registration at FIRST scrimmages and events using Firebase for real-time data management.
A Node.js/TypeScript wrapper library for The Orange Alliance API, enabling developers to programmatically access FTC event data, team information, and match results. Designed for programmers building tools and applications around FTC data.
An open-source FTC scouting application built in Swift, providing teams with source code to collect and analyze match data during competitions.
A web-based livestream platform designed to enhance the viewing experience for FTC events with improved UI and functionality compared to the official FTCLive system. Created by team 20240 Slingshot for event organizers and broadcasters.
FTC Team 8417's public robotics code repository for the Freight Frenzy and Ultimate Goal seasons. This is a reference implementation for FTC programmers looking at real team code architecture and practices.
A cross-platform robot simulator for FTC built on Webots, allowing teams to test and develop robot code in a virtual environment before deploying to physical hardware. Designed for students and mentors to prototype autonomous routines and drive control systems.
PythFinder is a Python library for autonomous motion planning of wheeled mobile robots, designed for FLL and FTC teams to implement kinematics and path planning.
A WSGI-based API built with Flask that provides programmatic access to retrieve information about FIRST-registered teams across FRC, FTC, and FLL programs. Useful for developers building tools, dashboards, or integrations that need team data.