Telescopic tribunes allow flexible use of multipurpose halls; however, conventional drive systems often lead to damage to the delicate floor or difficulties in row movement. This thesis focuses on the design of a drive system that operates without floor contact and without the use of cables. The research includes a review of relevant standards, analytical load calculations, experimental measurements of extraction forces and CAD integration of linear actuators. The results confirm that the solution with electric linear actuators is technically feasible, as it eliminates the risk of floor surface damage and fulfills required safety and functionality criteria.
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