News Finding: New #robotic #origami by @username researchers mimics dual softness and stiffness of insect wings:  
Paper Finding: Furthermore, in addition to load bearing and crash resilience, the compliant origami also stored elastic energy that can be leveraged for self-deployment of the drone from a folded configuration.
News Context: New #robotic #origami by @username researchers mimics dual softness and stiffness of insect wings:  
Paper Context: The origami structure described here achieved similar performance with a scalable, rapid, and cost-effective manufacturing process. Furthermore, in addition to load bearing and crash resilience, the compliant origami also stored elastic energy that can be leveraged for self-deployment of the drone from a folded configuration. When the arms buckle due to a horizontal flexural load, the apex angle collapsed, and the arm can be wrapped around the main frame by folding along the transversal folds (Fig.