Black Thunder's FLL team GitHub repository containing EV3 Mindstorms programming code for LEGO League competitions. Useful for students and mentors learning FLL robotics programming.

A Python-based codebase providing driving libraries and a master program for FLL robots using EV3 hardware, configured via robot.cfg files and ev3dev2 library.

A Docker-based web application for displaying live FLL event scores and match results during competitions. Designed for event organizers and technical staff to manage real-time score displays.

A GitHub repository providing example JavaScript code for programming LEGO Mindstorms EV3 robots used in FLL competitions. Supports the RobotJavaScript compiler from the Microsoft App Store.

A 2023-2024 FLL season robot code repository from the Omega Core team, containing programming and mechanical implementation for their FLL competition robot.

A GitHub repository containing FLL team code spanning multiple seasons (2019-2023) using Python and MicroPython on SPIKE Prime platforms. Useful for students and mentors learning FLL programming practices and robot control.

RoboVibe is a community hub for FLL teams to discuss path-planning strategies, request features, and share resources for LEGO-based robotics competitions. It supports LEGO Mindstorms and SPIKE platforms with a focus on collaborative learning.

Android mobile application for FLL Event, a platform that helps manage and track FLL competition events, team registrations, and scheduling.

A timing and team display tool designed for FIRST LEGO League robot game matches, helping event organizers and field staff manage match timing and display results to teams.

A web-based calculator designed for FLL Submerged game to help teams calculate scores and optimize strategies. Built by Boeing727 FLL team using HTML, CSS, and JavaScript.

A portfolio/landing page website for FLL team Clutch (CyberKent), built with JavaScript to showcase team information and accomplishments.

A Python code repository for FLL teams competing in the 2022-2023 Superpowered season, providing example implementations for SPIKE-based robots.

ARGOS is an educational safety system for cave exploration robots based on Raspberry Pi 5, featuring collision avoidance, environmental monitoring, LoRa telemetry, and comprehensive logging/evidence capture. Designed for FLL teams interested in computer vision, IoT, and sensor integration.

SpikePy is a Python library for LEGO SPIKE Prime and EV3 MINDSTORMS robots that provides kinematics and movement control for two-wheeled systems with sensor integration. Designed to simplify robot control for FLL teams using PyBricks.

A Flask-based web application that automatically generates competition schedules for FLL events, helping organizers quickly create and manage event timelines.

A GitHub repository providing advanced EV3 and Spike Prime My Blocks for FLL robots, specifically for line-following and gyro-based navigation tasks. Targeted at FLL programmers and mentors seeking reusable code modules.

An unofficial FLL Robot-Game scoreboard application that automates scoring for FLL competition events across multiple seasons (City Shaper, Into Orbit, etc.). Designed for event organizers and field staff to manage match scoring efficiently.

A GitHub repository containing robot game scripts for FLL using PyBricks on LEGO EV3 platforms. Shared example code from a competitive team's qualifying season.

A Python-based video processing tool designed to handle livestream production for FLL robot game matches at regional competitions. Useful for event organizers and technical volunteers managing competition video feeds.

A Python application using Non-dominated Sorting Genetic Algorithm III (NSGA-III) to automatically schedule FIRST LEGO League Challenge tournaments with optimized match assignments.