MIT and the University of Notre Dame have developed SPROUT, an innovative inflatable robot designed to help rescue teams navigate through debris in search of victims. Thanks to its flexible and cost-effective structure, SPROUT can explore tight spaces in collapsed structures , providing crucial information to improve safety and efficiency during rescue operations.
This is how the SPROUT inflatable robot works
The SPROUT robot represents a significant advancement in rescue technology. Its unique design allows it to expand and move flexibly beneath collapsed structures. It has a critical advantage over conventional robots, as it can maneuver in intricate spaces and jump over obstacles that other robotic systems could not overcome.
This makes it an indispensable tool for rescue teams, who can deploy it to map the environment and search for victims without having to dig.
This robot can maneuver in intricate spaces and jump over obstacles. Source: MIT
Accessible and economical for rescue teams
Unlike traditional rescue robots, which are expensive and maintenance-intensive, SPROUT has been designed to be economical and easy to operate, making it an ideal choice for fire departments and rescue teams with limited budgets. Furthermore, its camera and sensor system allows it to provide a detailed view of the affected area, helping rescuers quickly assess the terrain and make informed decisions.
The robot team conducted field tests at rescue facilities in Beverly, Massachusetts, with the collaboration of first responders. During these tests, the robot demonstrated its ability to navigate through debris, capture images and maps of the environment, and provide rescuers with crucial information for locating safe access routes.
Plans to improve SPROUT
To further enhance SPROUT’s capabilities, the research team plans to expand the robot’s range, potentially reaching up to 7.6 meters in length in the future. They are also developing new applications for the robot to be used in critical infrastructure inspection and military system maintenance, expanding its impact beyond natural disasters.
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Source and photo: MIT
