@mpua
As a Ukrainian, I can afford a little clarification. No one disassembles DJI drones to make them lighter. FPV is a separate class of drones. And yes, its price is actually $300-500, not $1,000 (without the combat part). The so-called motherboard, again, is shown as in DJI drones. Although in reality, the so-called stacks are used (for example, SpeedyBee F405 V3). Regardless of which warhead is used, the explosion is carried out by placing a smaller explosive device in the back of the warhead, which is activated by an electronic charge. The activation command itself is given from the so-called initiator, which works in conjunction with the flight controller and can have different types of triggering. Other, larger drones are used as repeater carriers (but not FPVs equipped with a warhead). And in most cases, the crew works from an underground shelter, with the equipment that transmits and receives the signal to the repeater or directly to the drone being brought to the surface via cable.
@jongxina3595
I could find the drone but I cant find the rpg missile on amazon... How do I get them? I need about 100
@gezalesko3813
As a drone operator. No one disassambles regular commercial drones to turn them into FPV drones. A lot cheaper and more convenient to build FPV drones from scratch using basic parts like described. Frame, electronics, motors, camera and such...
@dustynakaandbjrn7792
As soon as this dude stripped down the dji drone into an FPV drone frame i knew little to no research was done.
@triadwarfare
One thing these drones have is that their radio transmitters have been modified to operate outside of the consumer drone's range of 2.4GHz/5-6GHz. This would usually be illegal, but this is a war, and the purpose of protecting the frequencies outside consumer range is that they would be used in times of war. EW systems would usually flood most of the available RF spectrum but they cannot flood all of them. They may purposefully leave some space open for (encrypted) communication with their friendly forces. Drone operators can change the frequency of these drones and is a cat and mouse game between drone operators and EW systems on both sides. Also, EW systems are also vulnerable against anti-radiation missiles since EW emits a strong signal, but it also makes itself a target.
@problemattk9966
10 years ago if i searched something like this i'd be on a watchlist. Now kids can watch it lol.
@dr.kiomi01
most useful video so far 💀
@abhayjot7043
Thank you now i can threaten my relatives whenever they ask my result 😂😂
@tidepod10yearsago97
As a drone owner, thanks for the tutorial
@herculestubalado906
Thanks!
@MorshedMorshedalom-il8gy
day by day Aitelly get better 🎉🎉🎉
@Listener970
This is a great video, you know, for research purposes.
@jacobbring571
The opposite directions of the proppelers are astounding. Whoever thought of this is such a genius. 😮
@illuzionizhere-bobbyfpv5977
For FPV drones, the "brain" is the flight controller, to which everything is connected. For the motors, they are actually connected to the electronic speed controller (esc) which tells the motors how to speed up and slow down for maneuverability. This is just a slight clarification, as the wires for the motors don't connect directly to the flight controller. Likely the drones are using 4in1 esc's, however you can also use individual esc's, often mounted on the arms, whereas the 4in1 is usually mounted under the flight controller. Great video!
@muhammadusmanrafique3517
thanks, now the third orphanage also doesnt stand a chance
@Nitroat-xo4tj
you guys are really good in your jobs.
@HFDLI
instead radio controlled, some FPV drone use fiber optic to guide the drone, it's jamming proof and also have higher resolution up to 60 fps.
@At_Tanzeel
You deserve more subscribers 🎉
@wildninja2836
There are lighters with the same Piezoelectricity type device that doesn’t use any power to make the spark. It’s actually just crystals Lol. The piezoelectric effect results from the linear electromechanical interaction between the mechanical and electrical states in crystalline materials with no inversion symmetry. The piezoelectric effect is a reversible process: materials exhibiting the piezoelectric effect also exhibit the reverse piezoelectric effect, the internal generation of a mechanical strain resulting from an applied electric field. For example, lead zirconate titanate crystals will generate measurable piezoelectricity when their static structure is deformed by about 0.1% of the original dimension. Conversely, those same crystals will change about 0.1% of their static dimension when an external electric field is applied. The inverse piezoelectric effect is used in the production of ultrasound waves.[8]
@Aitelly