Deep Orange 15's semi-autonomous capabilities allow the driver to focus on providing first aid while the vehicle navigates dangerous terrain, enhancing rescue efforts in emergencies.
Equipped with advanced LiDAR and camera systems, Deep Orange 15 can effectively map terrain, creating safe routes for rescue workers in precarious scenarios.
The hybrid drivetrain of Deep Orange 15, combining a diesel engine with electric motors, allows it to traverse challenging terrains and transport injured individuals safely.
This project, carried out by Clemson University's automotive engineering students in collaboration with major brands, showcases innovative engineering aimed at enhancing safety during emergency rescues.
#search-and-rescue #automotive-engineering #semi-autonomous-vehicles #terrain-navigation #safety-technology
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