2022 MRC-ARL Summer Student Team Research Experience: Air-Deployed Robots for Mobile Sensing
Report 2023 en
Authors
SG
Sean Gart
MB
Mark Bundy
RV
Raymond Vonwahlde
Abstract
1 min read
Their mission centered on the conception and construction of a system for the airdrop deployment of a ground-based robot.This was motivated by the quest for safer, more efficient alternatives to current methods of delivering critical supplies and personnel in high-risk scenarios, reducing both danger and resource intensiveness.Over the course of an 8-week program, the students focused on creating an impact energy mitigation system and developing algorithms to facilitate ground navigation post-impact.Their collective efforts culminated in a final, real-world test scenario at ARL's Robotics Research Collaboration Campus.Here, robots were dropped from a 12-m building.Although the students' demonstrated solutions were only partially successful, they learned valuable lessons on teamwork and project management and set the stage for future advances in air-dropped robotic systems.
E. L. Schaller, J. Ryan Bennett, Donald R Blake, Raphael M. Kudela, B. L. Lefer, Mélissa Martin, Dar A. Roberts, R. E. Shetter, Bruce A. Tagg, Jack A. Kaye
Melissa Yang, Donald R Blake, A. Jarnot, Simone Meinardi, Gloria Weitz, Brent Love, Barbara Barletta, Barbara Chisholm, James Flynn, Sergio Alvarez, Travis Griggs, Maya Zimmerman, Jordan Zachmann, MacKenzie Warner, Gabriela Vidad, Graham Trolley, Jacob Schenthal, Morgan L. Schachterle, Everett Rzeszowski, Dominick Ryan, Amanda Rodell, McKenna Price-Patak, Elena Press, Scarlet R. Passer, Nathan Pappalardo, Joseph Palmo, D. J. Moore, An Li, Jessica Kasamoto, Tatiana Gayán Jiménez, Amelia Hurst, Kendra Herweck, Paola Granados,
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