On July 23, it was reported that a Royal Navy ship successfully deployed a 3D-printed drone at sea, marking a significant step toward the future of affordable, unmanned surveillance aircraft. This innovative test highlights the potential for on-demand manufacturing of drones, which could revolutionize military and civilian applications.
The 3D-printed drone weighs approximately 3 kilograms and has a wingspan of 1.5 meters. After launching from a naval vessel, the drone followed a pre-set flight path for five minutes before being remotely controlled and safely landing on Chessell Beach in Dorset. The entire operation demonstrated the feasibility of using 3D printing technology to create functional, lightweight drones in real-world conditions.
Developed by Professor Andy Keane from the University of Southampton, the drone’s 3D printing technology aims to drastically reduce production costs without compromising structural integrity. “The key to expanding drone use is making them more affordable while maintaining their durability,†he explained. The design allows for assembly without the need for traditional tools, as the drone is composed of four 3D-printed components that are simply stitched together.
The drone flew a distance of 500 meters, with its flight path clearly marked on a map. This successful test paves the way for further advancements in 3D-printed aerospace technology, offering a glimpse into a future where drones can be manufactured quickly and efficiently, even in remote or challenging environments.
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