The Firia Labs Effect: Innovate, Create, Educate
CodeBot Projects
Compass Module
Turn your CodeBot into a navigation pro using a QMC5883 magnetometer, making it always know which way is north and stay on track. With simple code from our competition library, your CodeBot will maintain its heading no matter what. Join the adventure and see your CodeBot become a master navigator with compass precision!
Code and Resources Here (opens in a new tab)
Dash's Escape
Get ready for "Dash's Escape", an epic robotics adventure from the University of Alabama's Robotics Competition! After crafting a tape maze, our CodeBot must navigate it without touching the walls. With precision driving and sharp 90-degree turns, use our CodeBot Competition Library to code your way to the safe zone and conquer the challenge!
Janitorial Cleanup Challenge
Get ready for another robotics challenge with "Janitorial Cleanup!" In this 2015 Alabama Robotics Competition task, our CodeBot must clear red Solo cup "trash" from a designated area. Using the CodeBot Competition Library, code your way through obstacle detection and precise maneuvers to push all cups out of the room within 90 seconds. Let's dive in and master this cleanup mission!
Code and Resources Here (opens in a new tab)
CodeX Projects
How to Code a Moving Dress with CodeX
Dive into cross-curricular magic with Firia Labs. This video reveals the astonishing potential of CodeX device: a 'living dress' for the #DenverPaperFashionShow. A perfect blend of CS & Art, inspiring a world of classroom possibilities. Imagine what YOUR students could create!
Code and Resources Here (opens in a new tab)
Mauna CodeX
If you're looking for a super-flashy CodeX project, this one fits the bill! David gives a behind the scenes overview of the Mauna CodeX build - hardware and Python code. This project debuted at the SoTF (Schools of the Future) conference in Honolulu, Hawaii. Code with Aloha!
Code and Resources Here (opens in a new tab)
Code Surfer
Transform your CodeX into a surfing sensation with "Code Surfer" by controlling a mini surfboard using a micro servo and real-time accelerometer data. Print your surfboard parts or use our material suggestions, and dive into coding to make the surfboard react to waves. Perfect for STEM fairs or home fun, this project is a blast for any coding enthusiast!
Code and Resources Here (opens in a new tab)
CodeAIR Projects
Coming Soon!
Lift-off with CodeX Projects
Coming Soon!