A web-based scouting tool designed for FTC teams to collect and analyze match data during competitions. Built with Next.js, it helps students organize scouting information for strategic decision-making.

An FTC robot control system written in Java that provides integrated hardware control and chassis operation functionality for FTC teams. Designed for programmers implementing robot control logic.

FTC team 8720's Java robot code from the 2017 Velocity Vortex season, featuring code for a wiffle ball launcher robot with 5 motors. Useful as a reference implementation for FTC programmers building similar mechanisms.

An iOS/iPadOS mobile application for FTC teams created by Team 20240 Slingshot that consolidates essential FTC resources and tools into a single app.

Voyager is a Java pathfinding library for FTC autonomous navigation that provides modular, abstracted waypoint-based path planning. Designed for teams seeking to implement custom autonomous routines with flexible trajectory planning.

Blitz is an accessible web-based autonomous trajectory editor designed for FTC, FRC, and other robotics programs. It enables teams to visually plan and generate motion paths for autonomous routines without requiring advanced programming expertise.

A quickstart template for FTC teams using the JOOS library, a Java-based framework for writing FTC robot code with simplified syntax and utilities.

FTC robot code repository for the 2025-2026 game season from Limelight Robotics team. Contains Java-based robot control code and software implementations for FTC competition.

A student-led GitHub repository providing FTC Java programming tutorials and training materials, covering Android Studio, FTC SDK basics, and machine learning with TensorFlow Lite for FTC teams.

A Flutter-based Android mobile app for scoring FTC Freight Frenzy matches, designed to help teams track and analyze match performance during the season.

A GitHub-hosted tutorial project teaching computer vision using OpenCV for FTC Skystone season challenges. Designed to help FTC programmers learn CV implementation through practical examples.

Open-source FTC team code repository for the 2023-2024 CenterStage season from SaMoTech Robotics. Useful as a reference implementation for programmers learning FTC robot code architecture and patterns.

Team Mavericks' FTC codebase repository featuring Java implementation with OpenCV for robot control and vision processing. Useful as a reference implementation for FTC programming teams.

An FTC Control Hub I2C driver library for interfacing 8x8 LED displays and multi-display arrays. Useful for teams wanting to add status indicators or feedback displays to their robots.

A TypeScript-based tool for rapidly editing, testing, and running FTC OpModes directly through scripting, enabling faster development cycles for FTC programmers.

FTC team 5190 (MICDSRobotics/Technoramic) open-source robot code repository for the 2016-2017 Velocity Vortex challenge. Useful as a reference implementation for FTC programmers.

CobaltCV is a computer vision library for FTC teams designed for the Ultimate Goal season, providing ring detection and vision processing capabilities built on OpenCV.

A mobile scoring application built with Flutter for the FTC Ultimate Goal season, enabling teams to track and record match scores during competitions.

GitHub repository containing the robot code and documentation for FTC team 19908's Freight Frenzy competition during the 2021-2022 season. Serves as version control and reference for the team's technical implementation.

FTC team code repository for Panther Robotics (Team 1441) featuring RoadRunner autonomous navigation and sensor integration implementations.