After using motorcycle gear, wet boots, protectors, and helmets are difficult to dry, especially in a damp space. The drying equipment takes up a lot of space, emits unpleasant odours and dirt falls off it. Another problem is the scattered storage of individual equipment parts, which causes time losses.
The aim of the thesis is to develop and create a working prototype of a device for drying and storing motorcycle gear. The methodology includes interviews with users, analysis of competitive products, determination of target specifications, and the use of a morphological matrix to generate concepts. The chosen concept is constructed using 3D modeling. The prototype is created and tested.
The results include confirmation of interest from potential users, an overview of existing solutions, an assessment of various concepts, and the operation of a prototype that meets the target specifications for efficient drying without unpleasant odors and reduced required storage space for equipment.
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