Sponsored by: Northrop Grumman

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Take me to TommieBotNorthrop Grumman needs a machine that can measure mass and center of gravity of test assets on a smaller and less costly scale compared to the current models used on large production lines. Our solution will help them measure their large mechanical test assets, to provide highly accurate data on the respective mechanical and mass properties for the research and development that they conduct.
Our design utilizes four load cells that are used to measure the weight of the test assets. Two motors move fixture carts along linear guide rails to hold the test assets at known locations. These locations and the weight measured by the load cells are used to measure the center of gravity of the test assets. The clamp fixture ensures the test assets are held in place, and the leveling feet ensure accurate data is being measured.
Download the project summary (PDF file).
Sponsored by: Northrop Grumman

Student Team:
Industry Representatives: Nate Miller, Noah Tews, and Michael Ennis
Faculty Advisor: Lauren Patrin
Pictured left to right: Elizabeth Michalak, Lucas Meyer, Meshach Okanla, Samuel Petronio