Hello and welcome to our website! We're a FIRST team based in Sammamish, Washington that competes in FLL.
We were founded in 2024 by Alex's mom, and we have been competing in FLL ever since.

Our Team

Raaham

Raaham joined the team in 2024 (the first season). He likes working on the innovation project and does much of the research the team needs for the project. Raaham likes soccer and is a Manchester United fan.

Blake

Blake joined the team in 2025 and is a elite programmer who works both on robot design and Innovation Project. He hosts this website on his personal server and is also the owner of a game website that has gotten over 25,000 views all-time. Don't try and hack anything of his, especially his server because he has lots of security measures that will catch you!

Alex

Alex has also been with the team since the start, his mom formed the team and he works mainly on robot design/coding. He also takes FLL VERY seriously.

Akshay

Akshay is the newest team member and has been with us since the beginning of the 2026 season. He works mainly on robot coding and is also very talented at math.

Our History

We've been competing in FLL since 2024 and we unfortunately didn't win any awards in 2024. We have won several awards at more recent competitions, though!

2025

Qualifiers:
Innovation Project Award

Semifinals:
Motivate Award

State Championship:
We unfortunately didn't win any awards at the state championship, so we were eliminated ):

2026

The season hasn't even started yet as of 3/31/26, check back later!

Our Past Innovation Projects

2025: The Archaeological Scanning Drone

In 2025, our innovation project was the Archaeological Scanning Drone, a drone that can scan archaeological sites and create 3D models of them. We created a simulation of the drone using Python, OpenGL, and Tinkercad alongside models grabbed from Sketchfab. The drone was designed to be able to fly over archaeological sites and scan them using a variety of sensors, including LIDAR and cameras. The data collected by the drone would then be processed to create detailed 3D models of the sites, which could be used for research and preservation purposes.