Abstract
Aircraft operating in remote airfields require protective infrastructure that can be installed rapidly. Conventional aircraft hangars are expensive and time-intensive to construct. This report presents the design of a rapidly deployable temporary aircraft shelter that can be quickly installed, dismantled, and relocated with minimal equipment and personnel. The proposed structure uses a modular framing system combined with lightweight structural materials to provide protection from environmental conditions while maintaining portability and structural stability. The design emphasizes ease of transportation, minimal assembly time, and mechanical simplicity. Structural modules are designed for repeatable assembly and disassembly, allowing the shelter to be reused multiple times within a short span of time. By prioritizing modularity, rapid deployment, and ease of handling, the proposed temporary shed provides a practical and scalable solution for protecting aircraft assets in situations where permanent hangar infrastructure is not feasible. Moreover, the shelter design is not limited to aircraft hangars but can also be used as temporary relief shelters during natural disasters.



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