Design and evaluation of multi wheel step climbing robot using optimization techniques

Abstract

The design and development of stability and adaptability for newlineclimbing robots has grown significantly in recent years. Almost all newlineapplication areas, including cleaning, inspection, transportation, and newlinemaintenance, have a solid foundation thanks to this research. The difficulty in newlinedeveloping climbing robots is getting them to work in dangerous or hard-toreach newlineplaces where human intervention is not a good idea. In order to provide newlineadaptive applications with improved stability, climbing robot studies are newlinebecoming increasingly important. The count of robots including service as newlinewell as industrial robots is increase in 18.5 million during 2022. newlineTherefore, it would be common that, surprising if excellent newlinemobility in a variety of situations has also been identified as a crucial factor in newlineevaluating the effectiveness of mobile robots. Now, climbing robots are made newlinewith a variety of adhesion and locomotion mechanisms for their impact on newlinestability and control of smooth travelling on surfaces. Creating a robust newlineadhesion mechanism to make sure the wheel type robot system clings to wall newlinesurfaces firmly without compromising mobility is one of the trickiest newlineproblems. newlineNumerous studies using cutting-edge newline