This Drone Doesn't Require Cables or Tethers to Get Charged Up
Rahul Kalvapalle — October 21, 2016 — Tech
References: www3.imperial.ac.uk & newatlas
A group of scientists and engineers working out of Imperial College London have gone ahead and devised an ingenious, wirelessly powered drone that is capable of being juiced up when it's flying without the need for a tether or other physical connection.
This particular drone takes the format of a compact quadcopter, and is equipped with a copper coil and manipulated electronics. There's also a separate transmission platform that is hooked up to a power source and its own copper coil. When the drone is near the platform, it latches onto its magnetic field in order to receive an electrical current.
Ultimately, this wirelessly powered drone could be used in order to create flying power sources, something that could result in the introduction of wirelessly charging drone ecosystems that could be of use in complicated environments.
This particular drone takes the format of a compact quadcopter, and is equipped with a copper coil and manipulated electronics. There's also a separate transmission platform that is hooked up to a power source and its own copper coil. When the drone is near the platform, it latches onto its magnetic field in order to receive an electrical current.
Ultimately, this wirelessly powered drone could be used in order to create flying power sources, something that could result in the introduction of wirelessly charging drone ecosystems that could be of use in complicated environments.
Trend Themes
1. Wireless Charging Technology - The development of wirelessly powered drones presents an opportunity for the advancement of wireless charging technology.
2. Compact Quadcopters - The use of compact quadcopters opens up new possibilities for drone applications and accessibility.
3. Drone Ecosystems - The creation of wirelessly charging drone ecosystems could revolutionize the way drones are used in complex environments.
Industry Implications
1. Drone Technology - The wirelessly powered drone technology could disrupt the drone industry, leading to more efficient and versatile drone solutions.
2. Wireless Power Transmission - The advancement of wirelessly powered drones presents opportunities in the wireless power transmission industry, leading to new applications and products.
3. Renewable Energy - Wirelessly charging drone ecosystems could contribute to the expansion of renewable energy sources by utilizing wireless power transfer technology.
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