Industrial UAVs, which perform a variety of functions, like all pilot aircraft, have very limited energy resources. One of the most important tasks of the University of Judea is this practice.
Redesigned as my quadcopter based on the Taro 650 drone, it is available for using power lines, and thanks to a special grip, it can also be recharged from it, which will allow it to stay in the atmosphere for an almost unlimited time.
Like the lithium polymer battery, it costs 7000 million tons of the Raspberry Pi 4 B drone microcopter, Pixhawk V6X autopilot module, millimeter wave radar and RGB video camera.
What’s the point of a drone? The line is connected to the camera. Particular attention is paid to the product. Once in the grip, the wire pulls on two elastomeric bands, reliably fixing the contact.
After that, the description includes where the drone is also used. Then the inductive charger comes into operation, which does not indicate the power of the battery or power line. As soon as it turns out to be the same, the drone is removed from the product.
The 4.3 kg drone was launched and operated for over two hours with five recharges between checks. Power lines.
Source: Tech Cult
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