An FTC robot pathfinding algorithm implementation by Team 6955 Robovines that enables autonomous path planning and navigation for FTC competition robots.

A collection of open-source projects created by The Robotics Catalyst Foundation to support FIRST teams across FRC, FTC, and FLL programs. Provides shared resources and code for teams to leverage in their robotics development.

TeamTrack is an open-source scouting application for FTC that collects match data and performs team analytics across multiple platforms (Android, iOS, Web). Built by team 6165 MSET Cuttlefish using Flutter and Firebase, it helps teams track performance and make strategic decisions.

A curated community list of FTC tools, projects, and resources organized on GitHub to help teams discover useful utilities and references for FIRST Tech Challenge.

Team 16896 Black Forest Robotics' FTC bot model repository containing code, design files, and documentation for their competition robot.

An Arduino-based stack light system used by Field Technical Advisors and field staff to communicate field state during FTC competitions. This is a hardware project for event operations and field management.

Catalina Foothills Pioneer Robotics' FTC team codebase for the 2025-2026 Decode season, written in Kotlin. Serves as a reference implementation for FTC programming and team code structure.

FTC team 17036's open-source robot code for the 2023-2024 CENTERSTAGE season. Useful as a reference implementation for FTC programmers learning competitive code architecture.

Team 12076 Axol-bots' FTC robot code repository containing software implementations for their competition robot. Useful as a reference for FTC programming approaches and team-specific solutions.

FTC team 5921 Blockheads' 2022-2023 season robot code repository using Java and Gradle. Useful for teams studying competition code, learning FTC programming patterns, or seeking reference implementations.

A Discord bot that helps FTC teams analyze and select optimal alliance partnerships for competitions based on team data and performance metrics.

A machine learning model that analyzes FTC scouting data to rank robot compatibility and optimize alliance selection decisions. Designed for experienced teams with data science capabilities.

FTC team 19682's competition code repository for the 2025-2026 season, built with FTCLib and Pedro Pathing libraries for autonomous robot control.

An automation tool for FTC teams to organize and manage engineering notebooks online with integrated Google services support, streamlining documentation for awards and compliance.

FTC robot code repository for Team 9381 (Hotbots) using JavaScript for their Alicorn FTC Shards robot. This is a team's public source code shared for reference and collaboration.

An open-source FTC Robot Controller Android Studio project based on Team 7175 Walbots' award-winning codebase, providing well-documented source code for FTC teams developing robot control applications.

A machine learning-based prediction tool that analyzes FTC match data from Google Sheets to forecast match outcomes in real-time, offering both REST API and CLI interfaces for advanced scouting and strategy.

Complete source code repository for FTC team 3781 PiRho Maniacs' Centerstage season robot, featuring RoadRunner-based autonomous navigation. Useful as a reference implementation for FTC programmers seeking examples of competition-level code structure and algorithms.

A ROS2 driver that integrates REV Expansion Hub and Control Hub hardware with ROS2 robotics middleware for FTC teams using advanced software architectures.

An FTC Team 24764 robot code repository featuring advanced programming implementations including RoadRunner trajectory following and Pinpoint odometry. Intended for programmers looking to study or build upon production FTC code.