Abstract
A technological innovation project is presented based on the design and manufacture of a robot prototype that supports studies oriented to the understanding and application of scientific methodology in rescue areas, as a support for the safety of brigades, which promotes it as relevant research. The use of nanotechnological resources leads it as a study of original technological innovation. The objective of this project is to innovate a search and rescue robot prototype so that in case of disasters the lives of the rescue brigades are not put at risk and in this way contribute to society. In order to contribute to the effort made by the nations in the face of the environmental impact, PEEK plastic, which is resistant to high temperatures, shocks, and is also considered a biomaterial, is contemplated as a material for the robot's structure.
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