The Mechanical Division is responsible for the physical aspect of the robot. We build the frame, body, and any moving parts on the robot for both the IGVC and NASA RMC. The division thinks of creative ways to to accomplish any task brought to us. We use tools both in our lab and machinery in the SDELC to bring life to the designs we make on SolidWorks. This division is great for anyone with an interest in fabrication or design. No experience necessary.
If you have any questions or would like to learn more feel free to email Jonah Thatch at email@example.com
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As the first semester of the Underwater Robotics’ build cycle comes to a close, the team eagerly wires up the electronics and places them into the enclosure. It has been a tumultuous semester – a relocation, a new design, and a new team. The team has been hard at work assembling a frame and thruster […]
With every new school year comes a new set of challenges, and for the Robotics Design Team, it’s preparing for the 2017 Intelligent Ground Vehicle Competition, or IGVC for short. The competition takes place At Oakland University in Rochester, Michigan on June 2 – June 5, 2017. The contestants must design an outdoor terrain vehicle […]
The past week has been extremely busy as we hit the road to take our new robot, unofficially dubbed “Moonshot”, across the country from our campus in Rolla, Missouri to NASA’s Robotic Mining Competition at the Kennedy Space Center on the Florida coast. The competition involved remotely controlling our mining robot to make it collect sandy regolith (mineral dust) from […]
Hello all! Our newest robot is almost up and running! Currently, it can drive, but when we’re done with it, it’s gonna dominate!! Here’s some pictures and video of the robot in its current state. Here are the videos: IMG_2496 IMG_2498
Though we obviously have a few big robots we’ve built for competitions, we at Missouri S&T’s Robotics Competition Team now have a much smaller addition. Our new pint-sized robot, which we’ve given the name Micro Prime (or μPrime), uses an advanced drive mechanism called swerve drive. Basically, this means that it can immediately go in […]