Clemson Debuts Autonomous Off-Road Rescue Vehicle

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Clemson University introduced its latest innovation, the Deep Orange 15—an autonomous off-road rescue vehicle—on August 13 at the Ground Vehicle Systems Engineering & Technology Symposium (GVSETS) in Novi, Michigan. Developed by master’s students from Clemson’s Department of Automotive Engineering, this high-speed vehicle is designed for advanced search-and-rescue missions in challenging terrains, featuring cutting-edge technology and an industry-first design.

Key Highlights:

  • Deep Orange 15 is a semi-autonomous, high-speed, off-road rescue vehicle with advanced features such as semi-active suspension, an innovative litter-loading mechanism, a high-voltage battery, and a rotating passenger seat for victim assistance.
  • Created under Clemson’s Deep Orange program, this vehicle is the 15th prototype developed by the university, with significant industry collaboration.
  • Key sponsors include Clemson’s VIPR-GS program, the U.S. Army’s DEVCOM GVSC, Brembo, Fox Racing, and North American Rescue.
  • Robert Prucka, the Alan Kulwicki Professor of Motorsports Engineering at Clemson, led the project, emphasizing the hands-on experience gained by students.
  • David Gorsich, chief scientist at GVSC, highlighted the importance of autonomous vehicles for the U.S. Army and praised the Deep Orange program’s contribution to future military technology.
  • The Deep Orange 15 will remain a research asset at Clemson, aiding in the development of autonomous vehicle technology and serving as a platform for future innovations in off-road control algorithms and energy management strategies.
Deep Orange 15 and Brembo
The Sensify Brake Torque Vectoring system, sponsored by Brembo, equips the Deep Orange 15 vehicle with innovative braking technology that allows for individual modulation of braking torque at each wheel.

Real-World Applications:

Natural Disaster Relief and Reconnaissance Mission:

  • Designed to navigate and map disaster-stricken areas within the critical “golden hour,” this vehicle can autonomously transport injured individuals back to safety while leaving personnel behind to assist others.

Off-Road Terrain Rescue Mission:

  • Equipped to reach and rescue stranded individuals in rugged terrain, the Deep Orange 15 can return unmanned, allowing rescuers to focus on providing medical assistance.

Deep Orange 15 demonstrates Clemson University’s commitment to advancing autonomous vehicle technology while offering students unparalleled hands-on experience that prepares them for success in the automotive industry.

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Self Drive News
Self Drive News

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