The study aimed to develop a prototype for a portable clothes rack. The structure was designed with a focus on long service life as well as easy assembly, disassembly, and transport. Various modular concepts for connections, stand base, and crossbar were evaluated to identify a combination of components that could be attached to pipes and together form the structure. By combining concepts (A1, B3, and C2) the goal is considered to be partially achieved.The prototype exhibits several of the desired characteristics, particularly its modular construction and the ability to be quickly assembled without the use of special tools. It primarily consists of three parts that secure each other at the correct angle during assembly, without requiring a specific orientation, thus facilitating ease of use. The main material is heat-treated aluminum alloy 6082, which provides high strength and good corrosion resistance. The modular design enables easier repairs and the possibility of adapting to future requirements through replaceable components.

Calculations showed that the unanchored structure can only withstand wind speeds of up to 8 m/s from the front and 17 m/s from the side before tipping over. However, these calculations are based on a simplified force formula that does not account for the dynamic shape of the clothes and should therefore be interpreted only as rough estimates. Full-scale load testing could not be conducted as the prototype was manufactured at a reduced scale using 3D-printed PLA.

Future work should include more advanced simulations and full-scale testing to produce more reliable force calculations, which could lead to optimized material use. Further development of accessories such as anchoring tips, wheels, or holders for transport should also be carried out to enhance the overall functionality of the design.