Scientists Have Melded Technology and Dragonflies to Make Controllable Drones
Mary Van Puymbroeck — June 6, 2017 — Eco
Engineers at a technology research company called 'Draper' have created the first living micro-drone that can be controlled by human command (named the DragonflEye project).
These micro-drones were created by first genetically modifying the part of the dragonfly's neurological system connected to its wings so that it responded to pulses of light. Next, researchers connected a 'backpack guidance system' to the dragonfly's back. They were then able to control the dragonfly's flight pattern through a micro-navigation system using pulses of light to stimulate the insect's optical nerve.
At this time, researchers will not be releasing the living micro-drones into the wild so these drones have no opportunity to be weaponized yet, but the implications of the project are broad in scope. The drones could be used to do anything from search-and-rescue missions in dangerous spaces to crop pollination.
These micro-drones were created by first genetically modifying the part of the dragonfly's neurological system connected to its wings so that it responded to pulses of light. Next, researchers connected a 'backpack guidance system' to the dragonfly's back. They were then able to control the dragonfly's flight pattern through a micro-navigation system using pulses of light to stimulate the insect's optical nerve.
At this time, researchers will not be releasing the living micro-drones into the wild so these drones have no opportunity to be weaponized yet, but the implications of the project are broad in scope. The drones could be used to do anything from search-and-rescue missions in dangerous spaces to crop pollination.
Trend Themes
1. Living Micro-drones - Advancements in biology, neurology, and robotics are converging to create new possibilities for biohybrid drones.
2. Optical Guidance Systems - The use of optical guidance systems is transforming the capabilities of drones, enabling precise and versatile control over their flight paths.
3. Bio-inspired Design - The study of biological systems is leading to the development of new, more efficient designs for drones and other technologies.
Industry Implications
1. Aerospace and Defense - The aerospace and defense industries are exploring the potential of biohybrid drones for surveillance, reconnaissance, and other tasks.
2. Ecology and Conservation - Living micro-drones could play a role in ecological research and conservation efforts, providing new insights into animal behavior and habitat.
3. Agriculture - Bio-inspired drones could revolutionize agriculture by providing a more efficient and cost-effective means of crop pollination and monitoring.
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