Are flying origami-inspired robots that change shape in mid-air the future of technology?

1. Innovative and futuristic technology.
2. Versatile and adaptable in mid-air.
3. Potential for various applications including surveillance, search and rescue, and entertainment. 4. No need for batteries, reducing environmental impact and maintenance costs. 5. Origami-inspired design allows for compact storage and easy transportation.

1. Limited flight time and range compared to traditional flying robots.
2. Potential difficulty in controlling and maneuvering the shape-shifting robots.
3. Durability and resistance to external factors like wind and turbulence may be a concern. 4. Cost of development, manufacturing, and maintenance could be high.
5. Safety concerns regarding unpredictable shape changes in complex environments.


Flying robots that can change shape mid-air have been developed by scientists at the University of Washington. This groundbreaking technology, published in the research journal Science Robotics, allows these miniature Transformers to fold into a compact position during flight, eliminating the need for batteries.