Mechanical design proposal applied in hexapod robot, for the exploration of complex terrains in artificial pollination processes
DOI:
https://doi.org/10.59741/agraria.v19iSE1.7Keywords:
hexapod, spider robot, agriculture, robotics, crop propagation, autonomous walkingAbstract
The present work presents the results of the mechanical and electronic analysis of a hexapod type robot oriented to agriculture, with the purpose of carrying out complex walks on irregular terrain (results of the first phase, current data), in the second phase the particular purpose is perform the detection of crops and flora to activate artificial pollination mechanisms. This work focuses on the results of applied mechanical design, where the methodology, materials, methods, processes, designs, quantitative analysis and results obtained are exposed, attaching photographic evidence of the dynamic functioning of the prototype.
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