military-industrial complex works; about 50 people are employed in production, many of whom, like kovoxfor the device on 3d printers in their apartments. how is a trowel made now? do i understand correctly that this is some kind of operation? yes, well, in general, this is distributed production, separate, so to speak, elements. you see, printing takes a lot of time and here we cope precisely with quantity, so , that is, many printers throughout the country help us, so to speak, make plastic on time, the final assembly is yours, yes, that is, you look and so on, well, naturally, if you want to do it well, do it yourself, and control is needed, because when scaling any business, a large number of defects arise, well, just the human factor, soon. at the front there will be another version of the trowel, which the manufacturer calls it landing because of its compactness. the device fits into your pocket. in general, the project has been actively developing throughout its existence. the very first version of the trowel is seriously different from the devices that fighters use now. this mode

need to be able to use them, in capable hands, i think these devices have already saved, thanks to kovoxbe more than one thousand lives. this thing allows you to detect unmanned aerial vehicles at a distance of somewhere around 3-5 km in good conditions. it requires some preparation, as i already said.

need to know how to use it, in capable hands, i think these devices have already saved, thanks to kovoxdreds, and maybe more than one thousand lives, this thing allows you to detect a drone. in good conditions, it requires certain preparation, as i already said, a certain time to turn on, it is brought into combat mode from the package in a couple of minutes, when the device is assembled, loading takes less than 20 seconds, after which the device itself... vibrates, this is configured another 15-20 seconds, after which the device is ready for work, but in general the functionality of the trowel allows us to call it an electronic reconnaissance tool, we can view the entire range from 100 mhz to 6.5 ghz, this is what gives us the opportunity to detect new equipment, well, the same ones shifted frequencies, the so-called yes, that fly through our rap, fly through our regular detectors, right? there are some, yes, here, at a primitive level, detect and, well, make a decision on what we can do about it, that is, identify the source of radiation and work on of course, yes, to find calculation