High School Robotics Class Utilizes CAD and 3D Printing for Autonomous Robot Competition
Motherboards ,
Graphics Cards ,
Monitors ,
Case & Components
This year's challenge is Stack Attack. It's all about bringing order to a warehouse. They're designing and programming two fully autonomous robots that work together to move, sort, and organize materials completely on their own. All in just two minutes. No controllers, no human input, just code.
In the last couple of years, the game has shifted, where 3D printed parts are now allowed. This has been a game-changer for a lot of people because it opens up design-type classes that allow people to build parts that better meet the needs of the challenge.
The Challenges
The bottleneck? The PCs available to them are slowing them down. If it takes them five extra hours to get the design out, maybe that doesn't get printed before the end of the day, and it costs them a full day.
What this new PC means
We cooled an Intel Core Ultra 265K CPU with the MPG CORELIQUID P13 360 WHITE, paired with the PRO Z890-P WIFI, a GeForce RTX 5070 Ti 16G VENTUS 3X BLACK, and a SPATIUM M560 PCIe 5.0 NVMe M.2, powered by an MPG A850GS PCIE5 power supply that’s encased in the MPG VELOX 300R AIRFLOW PZ WHITE.
No longer will the students need to occupy Mr. Clement’s main PC with this new, dedicated workstation. Rounding out the rest of the setup is the PRO MP275Q business monitor, the FORGE GK600 TKL WIRELESS SKY keyboard, the VERSA 300 W WHITE mouse, and the Agility GD30 mousepad.