This New Drone Uses a Communication Tether For Enhanced Utility
Rahul Kalvapalle — July 28, 2016 — Tech
References: cyphyworks & gizmag
The US military has gone ahead and taken the step of adding an untethered military drone to its growing fleet of battle drones.
This particular system makes use of a special ground station that can be hooked up to any power source, whether it's a power generator or indeed a vehicle. It can connected to an autonomous drone by making use of a kevlar micro-filament which is more than capable of providing all the energy required for highly long-distance flights that can last for several days at a time. The tether system also acts as a communucations mechanism to allow high-definition video captured by the drone to be transmitted back to ground stations.
This tethered military drone ultimately aims to expand and enhance the US military's communicative capacities.
This particular system makes use of a special ground station that can be hooked up to any power source, whether it's a power generator or indeed a vehicle. It can connected to an autonomous drone by making use of a kevlar micro-filament which is more than capable of providing all the energy required for highly long-distance flights that can last for several days at a time. The tether system also acts as a communucations mechanism to allow high-definition video captured by the drone to be transmitted back to ground stations.
This tethered military drone ultimately aims to expand and enhance the US military's communicative capacities.
Trend Themes
1. Tethered Drones - Using a communication tether for enhanced utility, tethered drones offer extended flight times and improved communications capabilities.
2. Long-distance Flights - With the use of a kevlar micro-filament, long-distance flights lasting several days can be achieved, opening up new possibilities for surveillance and data collection.
3. HD Video Transmission - The tether system enables high-definition video to be transmitted back to ground stations, providing real-time visual intelligence for military operations.
Industry Implications
1. Defense - The defense industry can explore the use of tethered drones to enhance surveillance, communication, and intelligence gathering capabilities.
2. Aerospace - The aerospace industry can incorporate tethered drone technology to extend flight durations and improve data transmission in various applications.
3. Energy - The energy industry can utilize tethered drones for monitoring and inspection of power infrastructure, leveraging their long flight times and communication capabilities.
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