Flying Fish Robot Transitions From Water to Air on a Jet of Water




Making the jump from land to air is hard enough, and with the exception of specially-designed aircraft that can take off and land from the water’s surface on floats, water isn’t generally part of the equation. The bio-inspired ‘flying fish’ robot, however, developed by researchers led by Dr. Mirko Kovac at the Imperial College of London, can not only take off from a mostly submerged position under the water, but does so using water from the environment as a propellant.

The ‘flying fish’ uses a small amount of calcium carbide that reacts with water in a combustion chamber to form a jet of water shooting out of the back of the craft with a force of 25 times the device’s weight. The robot can take off even in relatively rough seas, and it then glides up to 26 meters — or a more impressive-sounding 85 feet — on its wing assembly.

The fish-bot employs an Arm Cortex-M0 processor for control, along with a Bluetooth interface, pressure sensor, and inertial measurement unit. Impressively, it has only one moving part — a pump that pulls in water from the environment. Multiple launches can be accomplished after sucking in more water to use as a propellant.

Check it out under test in the video above, both floating/flying in the lab, and in outdoor conditions.


Flying Fish Robot Transitions From Water to Air on a Jet of Water was originally published in Hackster Blog on Medium, where people are continuing the conversation by highlighting and responding to this story.





Original article: Flying Fish Robot Transitions From Water to Air on a Jet of Water
Author: Jeremy S. Cook