Team Titans #1735's GitHub repository containing code and resources for their FLL Cargo Connect season (2021-2022). The project uses Python and EV3 robotics platform.

A GitHub repository of advanced EV3 robot programs designed for FLL competition teams, providing code examples for complex robot behaviors and control logic.

A Java-based application created by high school mentors for an FLL team's innovation project, utilizing student-provided images to enhance their presentation or demonstration.

A desktop application built with JavaFX and Spring MVC that generates and displays information screens for FLL tournament operations, enabling event organizers to manage display content during competitions.

A Discord bot built in Java to manage and host a virtual FLL regional competition in Munich. Designed for event organizers and volunteers to coordinate competitions through Discord.

Open-source website and database code for Ancient Vision, an FLL robot project by team Artifact Alliance #25491 that uses 3D scanning and modeling to document artifacts for archeologists. Includes Flask backend and HTML5 frontend for managing scanned artifact data.

The official website repository for BetaWolves robotics team (Team 6637), serving as their web presence and informational hub. Useful for team members, mentors, and newcomers interested in the team's activities across FLL, FRC, and FTC programs.

A Unity/C# project implementing a virtual art mentor application for Meta Quest 3, created as an FLL Masterpiece innovation project for the 2023-2024 season. Demonstrates advanced VR development and AI-guided learning concepts.

Python code repository for FLL 2023-2024 Masterpiece season using SPIKE robotics platform. Useful as reference code and learning resource for FLL programmers.

Open-source robot code repository from WeRobots Cottbus for the FLL Superpowered season, implementing EV3 robot control using ev3dev. Useful reference for FLL teams learning robot programming and autonomous behavior.

A React-based web application timer designed for FLL competitions, functioning as a demonstration frontend for match timing and event operations.

An open-source scoring tool for FIRST LEGO League robot game competitions that helps referees and event staff track and calculate match scores accurately.

A web application for displaying upcoming and active matches during FLL tournaments, designed to help event organizers and volunteers manage match scheduling and provide real-time information to participants and spectators.

A VS Code extension that enables visual block-based programming for LEGO Hubs using Pybricks and HubOS v3, designed to simplify coding workflows for FLL teams.

A full-stack web application built with React and Django REST Framework for performing calculations specific to Team Voltran's FLL 2022 competition. Designed as a school project to support team strategy and decision-making.

A Python module that mocks the LEGO Spike library for FLL, enabling teams to test and develop their robot code without physical hardware.

Team Lebob's FLL robot code for the Unearthed challenge, written in PyBricks. A reference implementation demonstrating programming approaches for FLL competition.

A trajectory tracking and planning implementation for FLL EV3 robots using PathPlanner v23 and Python/MicroPython. Designed for teams seeking advanced autonomous motion control beyond basic programming.

A GitHub repository providing code and design documentation for building a differential swerve drive robot using LEGO EV3 and RobotC, targeted at FLL teams seeking advanced drivetrain implementations.

A First Lego League team repository providing EV3 MicroPython code, simulators, and resources for programming LEGO Mindstorms robots. Designed to help FLL teams develop and test their robot control software.