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As a young species of 200.000 years, human is part of earth ecosystem. For 3.8 billion years, other livingbeings have evolved, adapting and selected by nature, until we came and disrupt the balance. Populationgrowth and climate change impact all of earth’s ecosystem. Urbanization and deforestation resulted in floodingin parts of Indonesia. Flooding is worse in urban areas as more risks involved. The Search and Rescueoperation can benefit from remote controlled unmanned vehicles to help save people. Conventional propulsionuses propeller, however in urban flooding condition, there are lots of debris in the water and the propeller canget stuck. Biomimicry uses nature’s genius to solve problem with emphasis on sustainability. This approachseeks nature’s advice in designing an alternative solution to the propeller problem in certain condition. Mobuliformswimmers, such as Manta Rays, present a model of efficient and debris-proof propulsion that can be used inthe search and rescue unmanned vehicles. This paper will highlight the Biomimicry process in designing aSearch and Rescue vehicle, called RCM3D-SAR that uses inspiration from Manta Ray’s pectoral fins. Thedesign is based on additive manufacturing technology and form follows function approach.

Bismo Jelantik Joyodiharjo PENDEKATAN BIOMIMICRY PADA DESAIN SARANA SEARCH AND RESCUE DENGAN TEKNOLOGI ADDITIVE MANUFACTURING