On the overvaluation of drones in modern warfare

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On the overvaluation of drones in modern warfare


Local revolution


«Drones forever changed modern warfare”, “UAVs are a real revolution in military affairs”, “kamikazes for 500 dollars destroy Tanks "for millions" - that's how they praise Drones in the media in Russia, Ukraine, and abroad. The devices were even given a trendy name – "gamechanger." The origins of this expression can be found in Western analytics.



"Game-changers" in military affairs are technological revolutions that significantly transform the battlefield. These include the chariot, the British longbow, gunpowder, tanks, and combat aviation and finally nuclear weaponWe can also remember about missiles, radars, and satellite navigation. Drones of various types and purposes—reconnaissance, attack, FPV, mining drones, sapper drones, and others—are boldly included in this category. This is largely due to the undoubted success of drones in special operations. This success seems so significant that first Ukraine, and then Russia, created specialized branches of the armed forces. Drones have clearly gone beyond the scope of tactical weapons and pose a strategic threat. But upon closer inspection, the picture becomes somewhat different.


Let's begin by recalling the conflict between Azerbaijan and Armenia, better known as the Second Karabakh War. Afterward, the notorious Bayraktar TB2 literally took off. Ukrainians hastily purchased several dozen drones and organized their assembly. Then a special operation occurred, and most of the Turkish drones were destroyed in Ukrainian skies. The Turks tried to do something, but nothing tangible came of it.

Ultimately, what happened is what happened: the Bayraktar TB2 was purchased by 34 countries in the euphoria (more than 500 units were produced), while its heavier counterpart, the Bayraktar Akinci, was only adopted by 16 armies worldwide. The issue wasn't its larger size or cost, but the effectiveness of this type of UAV in Ukraine. History The Bayraktar incident is a typical example of an overly emotional perception of the effectiveness of combat weapons. Videos of Armenian tanks and systems being destroyed from the air have been broadcast around the world. DefenseThis became the key to market success. But it was short-lived – Russian Tor and Pantsir missiles devalued Turkish weapons in the skies over Ukraine.

Right now, the world is euphoric about the success of UAVs in special operations. On both sides of the front, it should be noted. Each side in the conflict produces over 5 million drones annually, and the rate is only increasing. One of the most important factors in effectiveness is the ratio of the cost of the munition to the cost of the target. Indeed, a $500 FPV drone can destroy a $5-10 million tank. Impressive effectiveness, right? Except for a few nuances.

To reliably destroy an armored combat vehicle, the enemy deploys at least 15 kamikazes. Why so many? The scheme is as follows: FPV on fiber optics eliminates the onboard EW, clearing the way for radio-controlled drones, and immobilizing a tank in just two or three passes is considered a huge success for the enemy. But even that's not enough. Regulations require the vehicle to be burned and the entire crew to be killed. Add to this the considerable rate of defects and UAV misfires. The resulting statistic is quite different: approximately $50,000–$70,000 for a reliable kill. The cost is still enormous, but comparable to the use of modern anti-tank systems.


And some more statistics. Last year, Ukraine (according to local sources) produced over 5 million drones. At least 60% arrived defective. This is also according to the Ukrainian press itself. The defective ones were either fixed on-site or sent back. That's not all. Up to 40% of Ukrainian kamikaze drones simply fail to reach their targets due to electronic warfare, malfunctions, operator inexperience, and other factors. Despite all this, UAVs are still considered wonder weapons.

Moderate optimism


We're in the fifth year of the Second World War. Drones, especially FPV drones, have seemingly proven their effectiveness, but they're still not widespread. There are very few reliable reports of their use. Hezbollah only began targeting Merkava and Namer fighters with FPV drones in 2026. The effectiveness isn't particularly impressive, otherwise the IDF would have long ago outmaneuvered all its armor. In Gaza, there are no attack drones at all, despite ample armored vehicles. The narco-terrorists from the Red Team are still playing around with the Ukrainian scenario in Rio de Janeiro – last October, they dropped grenades on police special forces. It was quite effective. But these are all sporadic actions, despite the fact that conflicts around the world are not decreasing.

The reality is that effective drone operations require a multitude of conditions. Operators and technicians must be sufficiently qualified. This is far from always achievable in Third World countries. Hezbollah has competent specialists—remember their missile attacks on Israel? But FPV drones require excellent cognitive abilities from all combatants. They need to know the basics of electronic warfare, signal intelligence, drone technology, and drone tactics. In Lebanon, the level of education leaves much to be desired. There are no textbooks on drone operation yet, and learning on your own is expensive.


There's every reason to believe that drones in their current state are only suitable for the Russian-Ukrainian theater of war. This requires a static front—in a dynamic war, operators' positions are too vulnerable. Air defense dominance is also essential, as the skies are a free-for-all. When air power is absent, drones of all kinds take their place. A common question is: do US Marines need FPV drones to assault the Iranian coast? No, air power will clear the landing area for them. Or at least, it will try to do so.

The conflict in Ukraine is a conflict with minimal numbers of people on both sides of the front. It also has a shortage of artillery ammunition on both sides. FPV and drone drop systems are only a palliative solution. As soon as the capability for massive air strikes and artillery, the importance of unmanned systems troops will be greatly reduced.

It's enough to remember that the lion's share of drone components are produced in China. And this is a fundamental shortcoming. The Ukrainian Armed Forces are already experiencing a shortage of high-quality fiber optics—Beijing has restricted the sale of this strategic product to the Kyiv regime. The situation is similar with brushless motors, controllers, and batteries. If China were to stop producing these components, the situation on the front would take on a completely different tone. Critical components could be manufactured in another country, but it would be expensive, of poor quality, and time-consuming. Therefore, even the most basic FPV platform is impossible without components from China. And that's a bleak prospect for any country's weapons program. Terrorists and drug dealers, of course, wouldn't care much where or who produces their drones, but they don't make much of a difference.

The spectacular footage of equipment and personnel being destroyed is doing its job – the public has come to believe in the power of drones on the battlefield. A lot of interesting information remains behind the scenes. How many drones were ultimately used to destroy a target? Does the arrival of a camera in a buggy really detonate the munition? Just as in a Hollywood action movie, we don't think about how many takes the actors had to do to get the perfect shot, so video reports from the front show the most visual, understandable, and impressive scenes. Analysts draw far-reaching conclusions from this.


And finally, the most important thing. If UAVs (primarily FPV) are considered a technological revolution, then a certain breakthrough in combat should be expected. But so far, neither side has demonstrated this. Ukraine has long and methodically increased drone production, but has achieved nothing on the battlefield. Currently, the Ukrainian Armed Forces are only capable of pushing the Russian Army back within the "gray zone." Their offensive potential has been eroded. Even in terms of combat strategy, there has been no progress, only degradation. Now, Ukraine's military and political leadership is declaring not the seizure of territory, but the infliction of maximum damage on the Russians.

The above material is not meant to dismiss the use of unmanned technologies on the frontlines as a phenomenon. Nor does it diminish the effectiveness of drones on both sides of the conflict. It is merely an attempt to take a sober look at the events and understand that this type of weapon has proven effective solely for special operations. At least for now.
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  1. +5
    April 7 2026 05: 21
    The author is partly right and his next thesis is correct
    There's every reason to believe that drones in their current state are only suitable for the Russian-Ukrainian theater of war. This requires a static front. Air defense dominance is also essential, as the skies are a no-man's land.

    But what follows is very controversial.
    A typical question: do US Marines need FPV drones to assault the Iranian coast? No, aircraft will clear the landing area for them. Or at least, they will try to do so.

    Air power that clears the skies is magnificent. Air power that suppresses enemy drone operators, radio communications, and identifies the coordinates and types of electromagnetic sources is magnificent and the foundation of victory in modern warfare. But there's a catch. Air power isn't capable of providing 24/7 cover; it requires maintenance, repairs, refuelling, and crew rest. Moreover, air power is weak against passive targeting systems, as Iran is an example. FPV drones fill a certain niche between air strikes; they can demoralize the enemy, forcing them to hide from both bombs and FPV drones.
    That is, the enemy can adapt to using the breaks between airstrikes to relocate and deliver supplies, but if FPV drones cover these breaks, then the enemy has no chance of resistance.
    Take the recent pilot rescue operation, for example. To block the approach to the rescue force's landing site, the Americans used a massive air force, bombing roads, but were unable to create a so-called kill zone due to the loss of damaged helicopters and abandoning much equipment. FPV drones could have created such a kill zone, giving more time to evacuate forces and equipment.
    Therefore, the author is right that aviation is much better, but the coordinated work of aviation and FPV drones is really capable of increasing the strike potential.
  2. +1
    April 7 2026 05: 26
    This is just an attempt to take a sober look at the events and understand that this type of weapon turned out to be good only for the conditions of a special operation.

    smile Drones are currently used in narrow niches...they need to expand...drones can be used deep behind enemy lines...for example, you could launch a mother rocket with a hundred FPV drones loaded with explosives into the area of ​​a strategic airfield or oil seaport and release them there...and it would be like the Persians had fun with their neighbors' airfields using American equipment.
    There are still quite a lot of options for using UAVs...we haven't gotten to them yet.
    1. +1
      April 7 2026 07: 30
      Drones can be used as inexpensive and, therefore, mass-produced long-range anti-ship missiles/cruise missiles, all with objective control. Here's an example. So, in fact, the kill zone has already expanded by thousands of kilometers. Because these drones are controlled like FPV drones, but they fly thousands of kilometers. In short, these drones blur the line between classic FPV drones and missile drones.

      Ukrainian media outlets are publishing footage of a drone attack on the Novorossiysk naval base, targeting warships moored at their berths.
      It's difficult to say for sure from the published videos whether the drone actually landed. The footage ends ten meters from the warship, so it's possible the drone was shot down on approach by rifle units at the base. And the drone was successfully avoided.

      An important point is that the Ukrainian side had objective control over the final stretch of the strike thanks to Starlink. This was most likely achieved by relaying a signal from another UAV, which was located outside the Krasnodar Krai territorial waters at the time. The Ukrainian Armed Forces also utilize the same MES network operating principle. The Dovbush UAVs flying to Crimea have long served as relay stations for other drones (incidentally, an FP-1/FP-2 was used in this attack).


      https://dzen.ru/a/adObnfLf9ABMq6Ym
  3. -4
    April 7 2026 05: 27
    What the public believes is completely irrelevant for analyzing the military component. That's something we couldn't care less about from a great height... Alas, the minds that govern the procurement and use of weapons aren't much different from that very public. That's true. That's important. Field marshals and other ministers almost always derive their ideas not from deep knowledge and trained understanding, but from movies and banal chatter. What can you do? That's the sieve through which power is selected in our societies.
    On topic. The news (the site hasn't been spoiling us with up-to-date information for a long time) has featured stories about our soldiers beginning to use robotic platforms that control machine gun barrels using, as they put it, "AI elements." It's gratifying that someone is reading this. I hope you'll share more; I deserve it.
    Overall, this information suggests that the heyday of drones is over. Drones are important and will continue to be used, but they will no longer reign supreme on the battlefield. They are slow. Drones move especially slowly at the terminal stage of their trajectory, as they require maneuvering for precise aiming. Autonomous combat units with machine guns, controlled by a computer, can maneuver their guns many times faster than a drone with a propeller or jet engine. The key now is to deploy such units to frontline units and logistics centers.
    The article, as usual, doesn't say a word about the most important things...
    1. +4
      April 7 2026 05: 43
      Quote: Mikhail3
      The article, as usual, doesn't say a word about the most important things...

      Perhaps because AI isn't up to par yet and is only capable of creating images in the sky to please the crowd?
      1. 0
        April 7 2026 07: 04
        AI, of course. So, the whole AI thing is either bullshit or just the stupidity of reporters. It's commonplace. But the system for recognizing moving objects in camera images has been working reliably for about 25 years now. It's been refined to a high standard, like a cat... well, you get the idea. Attaching it to a drive is no problem at all.
        It's a pity that no one in your editorial office knows anything like this)
        1. +3
          April 7 2026 07: 43
          Quote: Mikhail3
          Attaching it to the drive is no problem at all.

          If this is true, we will see soon.
          Quote: Mikhail3
          It's a pity that no one in your editorial office knows anything like this)

          Oh... I've been unbanned for a year now, and they've already put me in the editing department...
          1. +2
            April 7 2026 08: 53
            Yes, we already see, after all, I announced the news.
            "Banned," yeah. My comment was the first. After seeing this (and checking a couple of times to be sure), I decided to see who among the "regular users" was using admin rights. And then you three showed up. You're modern, advanced, and incredibly creative. Why are you screwing up so funny?
            1. 0
              April 7 2026 11: 53
              Quote: Mikhail3
              Who among the "regular users" uses admin rights here?

              I have admin rights? How did I get a strike then? You're seriously mistaken. And why would I hide it if it were true?
          2. 0
            April 7 2026 21: 05
            Quote: Puncher
            Quote: Mikhail3
            Attaching it to the drive is no problem at all.

            If this is true, we will see soon.
            Quote: Mikhail3
            It's a pity that no one in your editorial office knows anything like this)

            Oh... I've been unbanned for a year now, and they've already put me in the editing department...

            The point is that the integration of machine guns with automatic targeting using FPV has already been implemented, but unfortunately not in Russia, but in the US! Information about this was already available here on the website.
        2. 0
          April 7 2026 21: 52
          Um... actually, a recognition system ("machine vision") is one of three key technologies under the general, popular brand of "AI." Along with predictive analytics and generative models. Actually, the latter are currently the most buzzed about in the media. For example, an electronic prompter for a petrochemical plant operator, trained on a "data lake" accumulated over years of operation, doesn't prevent it from also being "AI." ;) Just like robot autopilots in the "deserted warehouses" of mega-distribution centers, powered by machine vision... ;) Don't reduce everything to "image generators and school essays."
          1. 0
            April 8 2026 07: 05
            Quote: deathtiny
            recognition system ("machine vision") is one of the three key technologies

            I personally know someone who developed machine vision systems in the USSR, which were used to create industrial robots. They performed their tasks with close to 100% efficiency.
            Moving object recognition systems in video surveillance systems are based on this very "vision." Of course, there's no AI involved. It's simply a sequence of commands and clear recognition criteria. Everything depends on the camera's resolution. Modern cameras produce images that drones simply don't stand a chance.
            All your other clever words... Basically, the computer (again, the ungodly AI has absolutely nothing to do with it) takes two photographs taken at a set interval. By comparing the photographs, it determines the speed and direction of the object's movement. The change in its geometric shape in the image helps determine not only its linear velocity but also its rotation angle. So, we have data that allows us to calculate where the object will be when the shot is fired.
            That's all) No miracles, no outrageous difficulties, no AI needed here for nothing)
            1. 0
              April 8 2026 09: 40
              Oh, I forgot to clarify. You know those "Amazon carts"? The ones that move around warehouses, following drawn lines? The USSR had carts like that in the mid-80s, and they used to drive around warehouses along lines just like that. They were louder, though, and they were used to independently control electronics manufactured in the USSR in the 80s. So there you have it. That's about all the terribly advanced technology, AI, and all that other crap.
        3. 0
          April 9 2026 02: 30
          Quote: Mikhail3
          Attaching it to the drive is no problem at all.

          Where's the drive? What kind? Be specific! It needs to be accurate to a fraction of a second, like the inertia of a feather, and the servo speed for azimuth and elevation is like the spin speed of a washing machine.
          Oh yeah. Also, the barrel shouldn't wobble around like the 30mm 2A42's in the Terminator's cradle...
          Well, and preferably a programmable detonation
          1. 0
            April 9 2026 07: 39
            The key to the apartment where the money is! Where? Which one! Specifics!!
            Honey, there are devices that shoot down FLYING PROJECTILES. Artillery shells travel between 500 and 1000 meters per second. Can you even read? Specifics!!
            Ugh, damn, educated people, what a disgrace...
            1. 0
              April 9 2026 11: 27
              Quote: Mikhail3
              Cute

              good
              And I sweetheart I recognize you by your gait
              He wears breeches
              And he wears a Panama hat.
              He wears "Nariman" shoes.

              I am a modern person, but in some formations and/or republics of our great... you will be misunderstood, you will ruin not only your fate and health

              Quote: Mikhail3
              Artillery shell - from 500 to 1000 meters per second

              There are, there are, there are already 1600 m/s centrifuges of the 8th generation.
              So far it's just empty words
              Quote: Mikhail3
              Ugh, damn, educated people,

              Ugh, damn, you ignoramuses, you word-mongers.
              1. 0
                April 9 2026 12: 27
                Quote: don_Reba
                There are, there are, there are already 1600 m/s centrifuges of the 8th generation.
                So far it's just empty words

                Darling, copying my communication style (when I'm too lazy to talk seriously) is pointless without my knowledge and speed of thought. Yours is predictably pathetic.
                You started to say that I owe you a SPECIFIC owing to imagine a technique that could quickly control a machine gun barrel. That's how I imagined it, can you imagine? There is a technique, and it's been confirmed, that can rotate the actuator platform quickly and accurately enough to track an artillery shell.
                Do you think (if you ever think, and not just talk nonsense) that drives capable of this task will be able to track a drone moving less than 30 m/s? Is it specific enough?
                Actually, even the speed achieved by robotic video camera drives would be suitable here; such a drive would just have to be designed with an emphasis on durability. Sigh...
                1. 0
                  April 9 2026 12: 38
                  My dear... you are mistaken and overestimate your abilities (not every cook can run a state, not every one)
                  Quote: Mikhail3
                  without my knowledge and speed of thinking

                  And that's good, my dear, that's good: braiding my darling's hair and washing his pants is not my target task.
                  🥱
                  I didn’t see any knowledge, the pace of thinking didn’t impress me in any way, and I didn’t receive answers to my questions.
                  You should go to your friends and gossip about “the same old songs about the main thing.”
                  Please don't distract me with empty talk.
                  1. 0
                    April 9 2026 12: 54
                    So what? Did I answer your question about the drives, darling?) And now you're trying to steer clear.) Keep it up...
                    1. 0
                      April 9 2026 13: 05
                      Darling. No, she didn't answer.
                      You've been chattering and babbling since the morning.
                      Maybe it has already rolled over, maybe
                      Quote: Mikhail3
                      moving less than 30m/s?

                      Your sweet little brains aren't big enough to understand what "less than 30 m/s" means.
                      V=w*R-linear, rectilinear.
                      And this is if 1n.
                      Don't talk, my dear, give examples (no need to talk about a thousand-metre artillery shell): detection, tracking and shooting down.
                      However, I was wrong: it’s not food for the goat
                      1. -1
                        April 9 2026 14: 40
                        Aha) So, you finally got it. Yeah. I told you, you didn't get it. Clearly lacking brains. Then you didn't get it again, but you started guessing. And finally, on the third try, you got it. (Congratulations, by the way.) Then you started veering off topic, trying to prove you're smart by copying the formula.
                        Basically, I don't care about you. If, as usual, you still don't get it. I'm interested in other people who read the site. Among them, there are those who will read our dialogue and figure it out. Some of them will benefit from the ideas, mostly not in themselves (I haven't said anything revolutionary), but they will help them better organize their chains of mental transformations.
                        Thanks. You weren't the worst number two. Although you could have caught up faster.
    2. +3
      April 7 2026 06: 01
      One thing is clear, drones have changed the strategy and tactics of defense and offense.
    3. WIS
      +1
      April 7 2026 08: 05
      Quote: Mikhail3
      Drones are important and will continue to be used, but they will no longer reign supreme on the battlefield. They are slow.
      - If we observe a "BRAKE", then, excuse me, it is in the "short-range" similarity of your thought: now in one direction, now in another; now yesterday, now tomorrow... Yes! But!
      ..
      The main thing is that all of them (development areas, including UAVs) are links in the same chain (which would be foolish to break), and if one were to identify the shortcomings of any particular production, it would be that these processes are sluggish, and the "developments" are slowly "adopted"—from the study and development of a new type to its implementation. At the end of the day... for example, yes, staff generals, not least of all thinking about their own profit, about the "scale of embezzlement," significantly, unjustifiably, and, even more often, "covertly engaged in sabotage," ruin the whole thing.
      If there was a decent demand for such people, they would only ask to go to the front themselves, but they wouldn’t do that, but would rather help... feel
      N...Technologies should be developed not according to someone's whim or mood.
      You need to act in the Archimedes way: dive into the abyss inseparably with your thoughts, notice a phenomenon from the application of which you can gain benefit, and then go forward with the song "Eureka".
      And most importantly: in reality, the development of new technology that meets modern wartime challenges, and its theoretical calculations, it's worth understanding, begins with practice and precisely at the site of current and future use, and not in the philosophical clubs of Mi. Chubais.
      And first and foremost, this technology must protect human resources, ensure the safety of soldiers, and then, of course, necessarily increase their combat readiness.
      (dreams. dreams)
      by the way, what was it, below is the skin
      1. -1
        April 7 2026 08: 45
        So many words. And they're completely devoid of anything concrete, other than the idea of ​​a "flock." Lem's "Unstoppable" is a very fresh idea. But Lem's flock consists of microdrones, each of which deals significant damage. It's also completely unclear where such a flock gets the energy needed to defeat a large formation with its own generator, which can't fit into a microdrone.
        Currently, a machine gun platform can take down a single drone, or a dozen, due to the difference in aiming speed, limited only by ammunition. If we take two platforms, the second will cover the first while it reloads, and we'll have two operational platforms, surrounded by mountains of downed swarms.
        That's all)
        I have absolutely no idea what this is. I'm not part of the site's administration.
    4. 0
      April 7 2026 18: 13
      Saturation is unrealistic. Three pieces are needed per kilometer of frontline, plus roads and facilities. Tens of thousands are needed. When every two soldiers have a cheap and practical drone-killer, then we can talk about decline.
      1. +1
        April 7 2026 18: 51
        So what? Tens of thousands of machine guns. All sorts of things are in storage. Tens of thousands of drives—that's more complicated, but not millions, right? After all, even millions of very complex products are easily churned out by relatively unsophisticated factories. China, for example, exists; for them, an order for a million of something is a piece of cake.
        Although... there is a problem. Until they allocate the funding. Until they divide it up. Until they remember that some money still needs to be left over to fulfill the order...
    5. 0
      April 9 2026 02: 25
      Quote: Mikhail3
      The article, as usual, doesn't say a word about the most important things.

      A malicious article. Either 58-7 or 58-9.
  4. +3
    April 7 2026 06: 16
    What do you mean, "achieved nothing"? They're holding the front quite successfully, and that's all they need. We need the war to end, but what does Ukraine need it for?
    1. WIS
      0
      April 7 2026 08: 16
      Quote: Kvakosavrus
      The end of the war is necessary us,
      - If you have come to any understanding of the events of today, the solstice, please share your knowledge.us" - who are they, and what: before, before the operation, after, now, - are they guided by when deciding "enough"?
    2. +2
      April 7 2026 08: 24
      I'll add that the revolution did happen. Everything that moved came to a standstill within 10-15 kilometers of the front line. Drones have simply buried, at this stage, all the equipment that billions of dollars were invested in.
  5. +4
    April 7 2026 07: 13
    $500 FPV Drone Takes Down a Tank...
    To reliably destroy an armored combat vehicle, it dispatches at least 15 kamikazes...
    The resulting statistics are completely different: around 50–70 thousand dollars...

    500 * 15 = 7500 USD. That's 10 times less. Author, what's wrong with the math? The conclusions would be completely different.
    1. 0
      April 7 2026 21: 54
      The author's math is poor when it comes to pricing. A combat drone definitely doesn't cost 500. 5 or closer to 50 is more realistic.
  6. + 10
    April 7 2026 07: 24
    Ukraine has been steadily increasing its drone production, but has achieved nothing on the battlefield.
    You haven't achieved anything! From Kherson to Kharkov, from Kursk to Kerch, from Murmansk to Irkutsk, you haven't achieved anything with the help of drones?!
    And this despite the overwhelming superiority of the Russian Armed Forces in aviation, air defense, armored vehicles, navy, and missiles?
    1. +2
      April 7 2026 07: 40
      I didn't achieve anything!

      War correspondent Alexander Kharchenko, followed by Yuriy Podolyaka, confirm the significant advance of enemy frontline UAVs. Our vehicles are burning at distances of 40 kilometers or more from the LBS. Individual drones, hunting freely, are hitting our equipment at a range of 100 kilometers. This is done using a combination of low-cost solutions using mass-produced components and expensive Western-made components. The installation of anti-drone nets has begun on the Donetsk ring road.
      Kharchenko proposes increasing the number of interceptor crews. Enemy UAVs are slow-moving for most of their flight paths—they can and should be shot down. The enemy announced an increase in engagement range three to four months ago.
      Besides:
      In the DPR the enemy used drones with graphite threads, the so-called "graphite bombs""Several Ukrainian UAVs with these were shot down by the FSB mobile task forces.
      1. -2
        April 7 2026 21: 56
        Oh yeah, Kharchenko-Podolyaks, have we gone from being savvy bloggers who caught the "topic" in time with the arrows on the map to now being technical experts with deep knowledge of combat management? Oh, that's hilarious! ))
    2. 0
      April 7 2026 21: 16
      Quote: Tlauicol
      Ukraine has been steadily increasing its drone production, but has achieved nothing on the battlefield.
      You haven't achieved anything! From Kherson to Kharkov, from Kursk to Kerch, from Murmansk to Irkutsk, you haven't achieved anything with the help of drones?!
      And this despite the overwhelming superiority of the Russian Armed Forces in aviation, air defense, armored vehicles, navy, and missiles?

      There's superiority, but there's no will to fight at full force. Why the hell is the Beskydy tunnel still working? There have been NO strikes against it whatsoever. The bridges over the Dnieper and Dniester remain as they were. Instead of blocking the Odessa, Nikolaev, and Ilychevsk ports with sunken ships, they're attacking concrete piers (WHY???). They've again severely limited attacks on Ukraine's energy system (WHY). Instead of reducing ALL 50 railway depots to zero, they launched a couple of strikes and then stopped again??? I don't understand why they're even fighting a war if they're doing it with their hands tied? Or is it all about the oligarchs who have businesses in Ukraine? If that's the case, then Russia will lose sooner or later. And the fact that such a business exists—look, in Crimea they're SELLING UKRAINIAN-MADE toilet paper!!! And how did it end up in Russia? hi
  7. +1
    April 7 2026 07: 52
    I largely agree with the author. Drones are not a replacement for tanks and artillery, much less aircraft; they are merely a useful supplement. Moreover, this entire kill zone will only last until successful fighter drone models (not disposable kamikaze interceptors) are developed that are capable of attacking and shooting down several RPG attack drones per sortie. Once saturated with such "fighters," it will be possible to engage the enemy in combat until their unmanned forces are completely destroyed.
    1. 0
      April 7 2026 08: 30
      Quote: Dmitry Eon
      Moreover, this entire kill zone will last until the appearance of successful models of fighter drones (not disposable kamikaze interceptors) that will be capable of attacking and shooting down several RPG attack drones per sortie.

      It lasts quite a long time, and it looks like it will last longer. The issue is detection and recognition, and things aren't so rosy. The target is very small, and the radar requires significant power, which the drone's battery can't provide over a relatively long period of time.
    2. WIS
      +1
      April 7 2026 08: 49
      Quote: Dmitry Eon
      I largely agree with the author. Drones are no replacement for tanks and artillery, much less aircraft. this is just a good addition.
      You're mistaken because you're adding to the "previously untapped potential of drones." Neither you nor I, nor many others, can yet, as of today, fully assess this "fidget," this "child of humanity," in every sense of the word, constantly in motion. And there's hardly a limit, a limit to its development, especially with AI. It's successfully entering places where humans can't. And what could (or will) happen? request

      Quote: Dmitry Eon
      This whole kill zone lasts until successful models of fighter drones appear (not disposable kamikaze interceptors), which will be able to attack and shoot down several RPG attack drones

      Well, there you go, you're already dreaming about it... But... For me, it's easier to just have one, but to get results... 100% and with minimal effort... AI has been breathing down our necks for a long time now...
  8. +5
    April 7 2026 08: 24
    PRECISION. Unrivaled. Hence, the price/quality ratio. Also unrivaled. negative
    It's incomparable to artillery shells, firearms, or even missiles. There are simply millions of tons of them wasted. fellow
    1. +3
      April 7 2026 08: 45
      It's a myth. Drone pilots miss targets, or simply fail to find their targets, just as much as maps or anti-tank guns. They just don't show you that on TV.
      1. 0
        April 7 2026 09: 18
        It's a myth. Drone pilots miss targets, or simply fail to find their targets, just as much as maps or anti-tank guns. They just don't show you that on TV.

        Then to hell with the drones! laughing Give us AI-guided missiles, they'll hit the target with precision. The gun crew will find the target, adjust it, aim, and fire. All that's left is to decide what to call these missiles and what to call this crew? what
        1. +1
          April 7 2026 17: 48
          Why engage in demagoguery? The trick is to reduce things to absurdity. What's the purpose of doing this?
          1. 0
            April 8 2026 10: 58
            Why engage in demagoguery? The trick is to reduce things to absurdity. What's the purpose of doing this?

            What demagoguery? Just calculate how many bullets, shells, and bombs there are per person killed. And then convert that into rubles.
            Drones are super-effective in terms of price/quality. Yes
  9. 0
    April 7 2026 08: 29
    The resulting statistics are quite different: approximately $50–$70 to reliably destroy a combat vehicle. The ratio is still enormous, but comparable to the use of modern anti-tank systems.


    But there are some nuances: an ATGM can destroy armored vehicles at a maximum range of 10 km, usually less (the Javelin is no more than 3 km). Drones can destroy at a range of 30 km or even more, minimizing the risk to operators.
    1. +1
      April 7 2026 10: 59
      Quote: Illanatol
      But there are some nuances: the ATGM is capable of hitting armored vehicles at a maximum distance of 10 km, usually less (the Javelin is no more than 3 km).

      Spike NLOS - up to 25 km.
      Another issue is that long-range ATGMs require preliminary reconnaissance (ideally, a reconnaissance UAV) to operate. A "nowhere" launch followed by a target search using the ATGM's onboard camera will likely result in nothing—either the target will not be found or the system won't be able to properly target it.
      1. -1
        April 7 2026 13: 28
        Quote: Alexey RA
        Spike NLOS - up to 25 km.


        This isn't an ATGM. The first word in ATGM stands for "portable," meaning a man-portable system. Can a person carry a missile weighing 70 kg? Other versions of this Israeli anti-tank missile are lighter, but their range is also significantly shorter.
        1. +2
          April 7 2026 16: 19
          Quote: Illanatol
          This isn't an ATGM. The first word in ATGM means "portable," meaning a man-portable system.

          The first word in ATGM is "anti-tank." Anti-Tank Missile System. smile

          In general, long-range ATGMs have already moved beyond the niche of purely anti-tank systems and are approaching the level of light tactical missile systems. This is what the last two wars in Karabakh have demonstrated.
          1. 0
            April 8 2026 08: 40
            Okay, I'll take that into account. Apparently, I confused it with MANPADS. But still, it's worth comparing like with like. And ATGMs should still remain portable, man-portable systems. These are the ones that will be in demand and more effective in a "drone war." Because these systems will have sufficient survivability in such conditions, namely mobility, the ability to quickly respond to changing circumstances, change positions, etc. As for more powerful and larger systems, they are themselves more vulnerable to drone attacks, even if mounted on a vehicle chassis or a "gusli." They are more difficult to camouflage, they can't change position as quickly, etc. So, long-range ATGMs, given their size, are not the optimal option, especially when compared to drones, whose operators can be located at a great distance, which significantly reduces the risks.
            A combination of ATGMs with drones, such as quadcopters, would be particularly effective, providing external targeting (like the Kornet with a quadcopter equipped with a laser for target illumination). Alternatively, the ATGM could be mounted on a ground-based drone equipped with AI or controlled by an operator hundreds of kilometers away from the LBS.
  10. +1
    April 7 2026 08: 43
    Finally, some sober articles are appearing on this topic. The author forgot to mention that the first Ukrainian war was ideal for drones not only due to the small number of personnel and the static LBS, but also due to the natural conditions. In the mountains of Chechnya, or in the desert with temperatures approaching 50°C, or in the forests of the temperate zone or on the coast with strong winds, the effectiveness of consumer drones would be an order of magnitude lower. And yes, the static LBS gave birth to drone warfare. Not the other way around.
  11. +4
    April 7 2026 08: 48
    The author seems to be in denial. FPV drones have rendered armored vehicles obsolete as a means of penetrating defenses and operating in the operational zone, negating the ability to concentrate artillery to suppress defenses. As a result, aviation remains the only means of suppressing enemy defenses on the ground. But if there's a layered and unsuppressed air defense, then aviation is also irrelevant. And that's just FPV drones; there are also various "shahids" that systematically overload older air defenses, and "naval drones" that make it impossible for older navies to operate in coastal zones, such as the entire Baltic, Black, Red, Mediterranean, Caribbean, Japanese, and Persian Gulf seas, for example. And so, of course, "The bullet is a fool, the bayonet is a fine fellow!"
  12. -1
    April 7 2026 09: 39
    Drones' primary function is reconnaissance; everything else is secondary. Once detected, a target can be targeted by anything from FPV attack drones to aircraft.
    1. +2
      April 7 2026 10: 16
      and the aircraft dropped a FAB there: but one overshot by 100 meters, the second fell short by 100 meters, the third's wings didn't open, the fourth flew 200 meters to the right
  13. +5
    April 7 2026 10: 08
    A drone is a very accessible, high-altitude weapon. It can perform the following roles: MANPADS, mortars, anti-tank guided missiles, artillery, reconnaissance in small arms combat, reconnaissance behind enemy lines, reconnaissance from above, mine laying, ammunition delivery, communications, and bombing the enemy. What else can do the same?
  14. ayk
    +2
    April 7 2026 13: 23
    The author is wrong. UAVs are truly a revolution in military affairs. Imagine a conventional tank or motorized rifle division meeting a UAV brigade on the battlefield. Who would win? Tanks, armored vehicles, and artillery would be destroyed before they even arrived, and destroying individual, dispersed drone crews would be a chore. Conventional units and formations are equipped with weapons that require large quantities of ammunition to hit targets, where precision-guided munitions are rare. UAVs, by definition, are precision-guided weapons. Accordingly, the cost of engaging an enemy is much lower. The cost of tanks, armored vehicles, artillery, and UAVs is nowhere near comparable. Conventional weapons production requires specialized factories, only some of which can be produced by civilian facilities. UAV production doesn't require any special factories and is possible at regular civilian facilities. China produces 80-90% of all civilian UAVs and their components, and one can fight against the entire world.
    1. +3
      April 7 2026 14: 23
      And the psychological state of a person being hunted by multiple drones. Without letting go at all. Those who are not prepared will not survive.
      And so, the column of equipment is burning, and the people can't even gather.
  15. +3
    April 7 2026 14: 21
    It seems so. But.
    You can't even get close to the front line anymore, day or night.
  16. +5
    April 7 2026 14: 44
    This article is rather one-sided; it all boils down to the effectiveness of attack drones alone. What about reconnaissance drones? Their only alternatives are satellite constellations and manned aircraft, but if you compare the cost and deployment time, the difference is colossal. And the mass availability of UAVs is unrivaled; you can buy one on AliExpress and get started right away.
    There are also delivery workers. How many lives have they saved in supply chains?
    The topic of strike aircraft hasn't been fully explored either. What else can reliably hit targets deep in the rear? Only missiles and aircraft. If the enemy has air defenses, UAVs are unrivaled in effectiveness.
    I can say with certainty that for low-tech armies, UAVs are an excellent choice for confronting high-tech adversaries.
    1. +2
      April 7 2026 15: 14
      And this author doesn't even mention ground-based RNCs, which are a promising replacement for frontline logistics by all other means and a replacement for people in defense in terms of observation and mobile firing points.
  17. +4
    April 7 2026 16: 08
    The article gives the impression of nonsense.
    1. Drones on the front lines are the main factor of destruction.
    2. Armored vehicle stockpiles over half a century of production have been exhausted. There are no precise figures, but we see a decline in the presence of armored vehicles and an increase in the presence of drones.
    3. Helicopters on the front lines... Those who know, know.
    4. On the topic of "I'd like a saber and a horse," and the argument that tank columns will still prove their worth in maneuver warfare. You're confusing cause and effect. The absence of maneuver warfare is due to the dominance of drones, not the other way around.
    5. The gray zone has expanded to a depth of forty kilometers. This is practically a death sentence for artillery with a range of 30 kilometers.
    And it has the potential for further expansion.
    6. Currently, the infantry is supplied within 40 kilometers of drone and supply route coverage. This factor will be key to how the situation develops. Currently, there are pockets of infantry presence in the gray zone. This will gradually decrease further. Is anyone considering this? Developing supply models?
    In the summer, drinking water will be needed; for example, how will it be delivered if the gray zone expands?
    The same goes for armored vehicles. Will there be fuel supplies for the mythical columns?
    1. 0
      April 7 2026 17: 53
      During the 2023 counteroffensive, Bandera's equipment was burned by helicopters. And it seems obvious why. Because a helicopter is faster than a pickup truck with drones. Unlike most commentators, the author knows the difference between a chicken and an egg. First, the LCS stopped, then the drone war began. In maneuver warfare (and in any other theater of operations), drones are an order of magnitude less effective. By the time a drone operator finds a target in an unstable LCS, they'll be there. He's sitting 5 km from the LCS, which is a few minutes by BBM.
    2. +1
      April 7 2026 18: 10
      So, it's possible to break through the front even with such an abundance of enemy drones. Drop special forces, complete with drone operators, into the rear across a wide front by helicopter and then move back toward the front, clearing out the enemy drone operators. Surprise is key. The front line is long. There's plenty of room. But at least a division, preferably two, should be involved in the breach.
      1. 0
        April 7 2026 19: 53
        Let's continue your thought!
        From what distance will you be loading troops onto the helicopters? How many helicopters are you counting on? What is the expected casualty rate when crossing the front line?
        How long will the landing force operate separated from the main forces?
        How do you plan to supply?

        Second. In what order will these two breakthrough divisions attack? Mechanized or on foot? Or how will the Indians hide in the grass?
        At a distance of forty kilometers from the front, in what order will they move?
        1. 0
          April 8 2026 00: 45
          The landing force will be loaded 10 km from the LCS. At temporary sites (many) with a short stop. Landing will be 20 km from the LCS near the offensive bases with a similarly short stop. The operation is no smaller in scale than Gostomel. It's crucial to clear the skies of enemy drones within a 10-kilometer front by concentrating counter-drone forces. This is the most important thing. MANPADS are dangerous, but the key here is the element of surprise and the impossibility of supplying the entire front line with them in sufficient numbers. It's entirely possible that two or three flights will be possible, as the distances are so short that every minute counts. Furthermore, we'll need to deploy not only infantry but also drone operators with a supply of drones. And perhaps motorcycles, too.
          Divisions can enter at will in the absence of enemy drones.
          1. +1
            April 8 2026 07: 50
            Excellent. We both understand that with enemy drones present, loading troops 10 kilometers from the front lines is impossible.

            The second point of the excellent plan is to clear out enemy drone operators along a 10 km wide front.
            Let's take a compass and a ruler, and replace 10 km with forty.
            So, it is necessary to clear forty kilometers of the front from drone operators and crews providing launch points.
            Let's think about what forces and means can be used to do this before "divisions enter at will."

            1. A series of nuclear explosions.
            Not a good option, considering that fresh forces will have to be brought in through the epicenter.
            2. Carpet bombing by strategic aviation. The catch here is that our strategic aviation is now beyond the Volga, in order to preserve it.
            And without new, cheap unmanned platforms based on the 1940s heavy tank, there will be no carpet sweep of the 40x40 km front line.
            The existing forces have shown their limits, we have seen.
            3. Destroy enemy drones with your own drones. This is the only realistic option.
            This is a complex scientific, technical and production task, first and foremost.
            This is reconnaissance, combating enemy electronic warfare, and coordinating all available weapons within a single information network. This is communications.
            Please stop relying on surprise; it won't work. Operations of this magnitude begin with building up fuel reserves, at a minimum. And according to reports even in this discussion thread, fuel trucks aren't safe 100 km from the front lines.
            (By the way, we haven't considered the trends in long-range strikes, either in terms of distance, quantity, or effectiveness in penetrating air defenses. This, too, requires some thought.)

            Summarizing:

            Brave Indians can sneak up on the white men's camp at night and rush at their guns with tomahawks.
            But the brave Indians won't be able to hold the front line. The whites will kill them with big guns.

            In modern warfare there is a scientific and technical competition for quality, and a production competition for quantity.
            There are also competitions in investment efficiency, levels of control, and anti-corruption efforts. This is a battle between counterintelligence agencies and enemy agents of influence.
            This is the promotion of talent and the limitation of embezzlement.

            And only then will the divisions go into a breakthrough.
            1. 0
              April 8 2026 12: 09
              Excellent. We both understand that with enemy drones present, loading troops 10 kilometers from the front lines is impossible.

              You probably didn't read carefully what I wrote.
              Judging by the rest of the proposal to expand the front section to 40 km, it’s the same old story.
              Well, comparing the Russian Armed Forces to Indians with tomahawks and kh.okhols to "white people" seems completely outrageous.
  18. 0
    April 7 2026 18: 31
    The article is useful. The role of drones, as noted above, depends on many factors. These include a static front, terrain, weather conditions, and weak anti-drone air defense on our side. A drone is essentially the same as a mine, only aimed at a specific soldier. When 3-5 people attack, it's a powerful weapon; I've never seen mass attacks of 300-500 soldiers. It's an ideal weapon for engaging convoys on the march, in the complete absence of air defenses. A commander must consider everything, including his own capabilities, which he knows, and the enemy's capabilities, which he anticipates. It's like a ship's commander, who must know the location, consider the wind and current, the possibility of a torpedo attack, the threat of mines, and much more. We've developed air defenses, we've developed anti-tank weapons, and we need to develop counter-drone defenses as well. Small arms are the most ineffective due to their high ammunition consumption, but no one has yet abandoned them.
    1. +1
      April 7 2026 19: 45
      One question. Do you see this mass attack of 500 men in a phalanx formation, or in a linear formation like Frederick the Great, or in a column like at Borodino, or in a chain like in World War I?
      I'm just curious, how do you visualize this?
      Regarding the "static front".
      Here is a highly developed ancient civilization, at the limit of its capabilities, driving armored vehicles from factories to long-term storage sites for half a century.
      Fifty, maybe even sixty. And so, hypothetically, "the front is on the move."
      What order of armored vehicles would you expect today? Considering the capacity of modern factories that replaced the outdated factories of ancient civilizations?
      1. -1
        April 8 2026 07: 38
        Tin soldiers are played on other sites. All the best.
  19. 0
    April 8 2026 09: 23
    Now, Ukraine's military-political leadership is declaring not the seizure of territory, but rather the infliction of maximum damage on Russians.

    At the moment, the Russians have exactly the same task... 404 has external resources, and the Russian Federation's forward movement is being held back by LS 404...