The enabling technologies for the development of micro air vehicles (MAV) are matured and realistic in the application arena. The foldable MAV is a family of MAV, which are gaining interest due to its unique storing capability in field of operation. The recent developments in foldable wing MAV are enhancing wing design with foldability characteristics including wing profile, material selection and canister capability. The overall objective of this work is to design and develop a mission based foldable wing MAV, which can be packed in minimal volume, unpacked in minimum time and deployed in time-critical situations. In this paper, the main objective is to show the foldable wing capability with the help of canister design. It also discusses the foldable wing profiles, identification of suitable composite materials, orientation, 3D printing and component selection. To consider the suitable wing shape, rectangular and taper wing has been taken. The structural stress analysis of these wi...
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