Kamikaze ground robots, naval drone fleets, FrankenSAM air defenses, and vintage aircraft turned drone motherships—Ukraine continues to redefine modern warfare. Now, it’s reviving a World War I concept with a 21st-century twist: balloons as drone launch platforms. By carrying strike drones deep into enemy territory before release, these low-cost, hard-to-detect systems could dramatically expand Ukraine’s reach while straining Russian air defenses. Discover how this ingenious innovation could change the battlefield.
00:00 - Ukraine's New Drone Motherships
01:06 - How Balloon Launching Works
04:39 - Outsmarting Russian Air Defenses
07:43 - The Helium vs. Hydrogen Dilemma
11:16 - Why Balloons Are So Hard to Destroy
14:32 - Wind Patterns and Tactical Limits
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00:00 - Ukraine's New Drone Motherships
01:06 - How Balloon Launching Works
04:39 - Outsmarting Russian Air Defenses
07:43 - The Helium vs. Hydrogen Dilemma
11:16 - Why Balloons Are So Hard to Destroy
14:32 - Wind Patterns and Tactical Limits
Support us directly as we bring you independent, up-to-date reporting on military news and global conflicts by clicking here: https://www.youtube.com/@TheMilitaryShow/join
#militarystrategy #militarydevelopments #militaryanalysis
#themilitaryshow
SOURCES: https://pastebin.com/h2ugnbJW
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NewsTranscript
00:00Kamikaze ground robots, ocean-going blue water naval drones, vintage aircraft reconfigured
00:06into drone motherships, Frankensam hybrid air defense systems.
00:11The list of military innovations that Ukraine has devised during its war against Russia
00:16is truly impressive, and it keeps expanding.
00:19From brand new high-tech systems, to breathing new life into antiques, the country keeps
00:24finding new ways to take the fight to its much larger foe.
00:28As Ukraine intensifies its campaign of medium and long-range strikes in the territories occupied
00:34by Russia, and deep inside the Russian heartland, it's been experimenting with ways to increase
00:39the range, stealth and deadliness of these strikes.
00:42And now they're looking to the past, World War I specifically, to discover an ingenious
00:48way to repurpose an old technology, balloons.
00:51Only now, Ukraine is using them as drone motherships.
00:55The technology is smart, practical, and looks like it's going to be a serious thorn in the
01:00side of Russian air defenses.
01:02So here's how Ukraine is using balloons as drone launchers, and why it's such a killer
01:07idea.
01:08In recent weeks, Russian logistics in the occupied territories have become a gauntlet for drivers.
01:13The M14 and H20 highways, that connect the occupied territories of Crimea and Kherson, Zaporizhia,
01:21Donetsk, and Luhansk Oblast with the Russian mainland, have become extensive kill zones.
01:26Sophisticated new Ukrainian drones, like the advanced semi-autonomous Hornet and B2, have
01:32been picking off Russian armor, fuel tankers, military trucks, and more, seemingly at will.
01:38Ukraine would obviously like to expand this kill zone even deeper into Russian territory.
01:43But they're limited by the range of these mid-range drones, typically up to around 125
01:48miles.
01:49So the Ukrainian military has been exploring ways of extending the range by transporting
01:55drones like the Hornet deeper into Russian-controlled territory before launching them.
02:00And one of the most promising ways turns out to be via helium balloons, a cousin of the
02:05hot air balloon.
02:06Recent footage shows Ukrainian developers testing a balloon launch Hornet.
02:11The helium-filled balloon lifted the 4.6-foot-long Hornet roughly 27,000 feet into the air before
02:17automatically releasing it.
02:19The Hornet then stabilized itself autonomously and began gliding, eventually landing around
02:2426 miles from the launch point.
02:26What's more, the Hornet reportedly still retained 95% battery charge when it landed.
02:32In practice, that means that after gliding for 26 miles, the drone still retained the ability
02:37to fly for almost its entire range using its onboard motor.
02:41That changes the game.
02:43The exact operational range of the drone is still classified.
02:46But it's estimated to be about 93 miles while carrying a 9 to 11 pound total payload.
02:52But if you launch it from a balloon and let it glide before engaging its engine, its range
02:57has extended greatly.
02:58In the right conditions, it could even double.
03:01That would greatly expand the kill zone, in which Ukrainian drones can pick off Russian logistics
03:06and stationary targets.
03:07The deeper these raids can reach, the weaker Russian forces will be as they attempt to launch
03:13assaults across the grey zone.
03:15And if the winds are favorable, balloon-borne Hornets could reach much further still.
03:20By exploiting wind direction and altitude, the balloons could travel much further before
03:24releasing the drones, and the released drones could then glide further before engaging their
03:28motors for the final descent.
03:30The release process is reportedly automated, and can be triggered based on a pre-set altitude,
03:36geo-fencing parameters, or a timer, or without any direct operator involvement.
03:41Throw a Starlink terminal into the mix, and the range is extended even further.
03:46And that's exactly what Ukraine is doing.
03:49Hornets have been observed with mounted Starlink terminals for several months already.
03:53The terminals provide them with precise real-time maneuverability and visual targeting right
03:58up to the moment of impact.
04:00Now, the combination of balloon launch at high altitude, automated release, gliding, and
04:06Starlink guidance means that the range of the Hornet could theoretically be extended indefinitely.
04:11But even at shorter ranges, the balloon launch method provides another major benefit to Ukrainian
04:17operators – more power when it really matters.
04:20Because it spends much of its flight gliding when balloon launched, the Hornet can conserve most
04:25of its power for complex maneuvers as it approaches its target, and or to rapidly increase its speed
04:31during the final phase of the strike.
04:33That should increase its explosive power and make it considerably more difficult to bring down.
04:38Now, as mentioned earlier, Ukraine has also been experimenting with other methods of launching
04:44drones from the air.
04:45These include launching from larger drones or from aircraft like the aged AN-28.
04:50But compared to these other systems, balloons offer another extremely useful advantage on the
04:56electronically saturated battlefield of 2026 – greatly reduced detectability.
05:02The Hornet already generates a very small radar cross-section and a negligible thermal
05:07signature while the engine is off.
05:09The balloon's radar cross-section and thermal signature are just as small, if not smaller.
05:14So, the combination of balloon and Hornet is extremely difficult for Russia to detect,
05:19including during the gliding phase.
05:21A drone-laden balloon could feasibly go silently far beyond Russia's frontline radar and sensors
05:27before unleashing its Hornet, catching the Russians further in the rear, completely off guard.
05:32But even if the balloon is detected, at that altitude it's far from easy for the Russians to bring it
05:37down,
05:38let alone before it releases the Hornet.
05:40Because at 27,000 feet, it's exploiting the gaping hole in some of Russia's anti-drone defenses.
05:46Those defenses are layered, with effectiveness strictly defined by altitude.
05:51Machine guns and auto cannons dominate below roughly a mile, with interceptor drones like the
05:56Yolker increasingly used up to around 3 miles.
06:00Higher than that, at this point, Russia only really has expensive surface-to-air missiles from
06:05air defense systems like the Pantsir, TOR, S-300 and S-400.
06:10If they can lock onto the balloon, a big if, as we'll see a little later, they'll probably be effective
06:16at bringing the Hornet and its balloon carrier down.
06:19But at a massive cost compared to the balloon-drone combo.
06:22Those missiles cost a pretty penny.
06:25It's as difficult to get an actual cost for Russian missiles as it is for all their other gear.
06:30The combination of that legendary Russian lack of transparency, constant upgrades to the missiles
06:35even within the same batch, and exaggeration by Western media will have that effect.
06:41But they're estimated to cost between $100,000 and several million dollars each,
06:45depending on the specific missile and system.
06:48By contrast, a single Hornet is estimated to cost between $5,000 and $15,000.
06:54As for the balloons, off the shelf, they cost anywhere from $450 to $1,200 each.
07:01Now, you can't use standard weather balloons to carry a Hornet,
07:04which has an 8.8 to 11-pound warhead and a total launch weight of roughly 33 pounds.
07:10The balloons typically used for scientific and meteorological purposes are too small.
07:16They weigh up to around 70 ounces and are only able to carry a payload of a few pounds.
07:20Ukraine needs larger, sturdier models of up to 176 ounces that can handle the Hornet's weight
07:26without bursting at too low in altitude. Fortunately, they're fairly widely available,
07:32commercially, although likely not readily in the increasing quantities that Ukraine requires.
07:37Even more fortunately, as we'll discover a bit further on,
07:40a Ukrainian manufacturer has stepped in to fill the gap.
07:43The balloons also ideally need to be filled with helium, which adds to the cost.
07:48Lifting a 33-pound payload requires roughly 530 to 635 cubic feet of helium at launch.
07:56That should provide the extra buoyancy needed to reach the desired ascent rate of 13 to 16.4 feet per
08:02second.
08:03At the beginning of the year, the price of helium was steady at around $300 per 1,000 cubic feet,
08:09meaning each Hornet lift would cost less than $200 in helium.
08:13Today, that price has doubled, and it could get worse.
08:16The most glaring supply chain bottleneck caused by the US and Israel's Operation Epic Fury attack on Iran
08:22has been in energy, i.e. oil and natural gas.
08:26Iran's extended closure of the Strait of Hormuz and the US's efforts to break Iran's blockade have
08:32caused tanker traffic through the world's busiest energy logistics route to slow to,
08:36what can be generously described as a dribble.
08:39Wild price surges in both commodities have followed, with the trend distinctly upwards.
08:44Governments and consumers are being hit hard as prices rise and supplies dwindle.
08:49But it's not only oil and gas products that have been throttled to the point of suffocation in the Gulf.
08:55Supply of their by-products, like helium and ammonium-based fertilizer, is also increasingly constrained.
09:00As a result, helium prices have doubled, which means problems with the program,
09:05even if the impasse in the Gulf is resolved tomorrow.
09:08So, Ukraine might be forced to switch to hydrogen if supplies keep dwindling and prices keep rising.
09:15On the face of it, that doesn't seem like such a bad thing.
09:18Hydrogen provides around 8% more lift than helium.
09:21For a £33 payload, that would allow Ukraine either a smaller balloon envelope or a higher
09:27altitude capability with the same size balloon.
09:29Hydrogen is also much, much cheaper, and no war in dusty distant lands is likely to change that.
09:36It can be produced on-site via water electrolysis, using standard electricity,
09:40or easily procured in large quantities, eliminating reliance on vulnerable global supply chains
09:46and reducing gas costs to negligible levels.
09:49The drawback is that it's also much more dangerous.
09:52Hydrogen has the widest explosive ignition mix range with air of all the gases except acetylene.
09:58It's highly combustible and can auto-ignite with low ignition energy.
10:02Hydrogen flames are also difficult to see, complicating the process of putting a hydrogen fire out.
10:08While it's much less dangerous in open areas because it rises rapidly and disperses before ignition,
10:14you have to be a lot more careful handling it, especially when filling a balloon carrying a highly explosive warhead.
10:21But whichever gas Ukraine uses to fill its balloons, the total cost of the balloon plus gas plus hornet
10:27is going to be in the $8,000 to $20,000 range.
10:30Compared to $100,000 to $2 million for a Russian interceptor missile, the gulfing cost speaks for itself,
10:37and it's much quicker to make hornets and balloons than to make a missile.
10:40That means, as Ukraine scales up production and refines its operations,
10:45it's going to quickly become as unfeasible for the Russians to bring them down this way
10:49as it is for Ukraine or the US to bring down Shaheed drones with Patriot or Iris-T missiles.
10:55If it isn't already, Russia's air defense missile stock is already believed to be seriously depleted.
11:01Important stories, pertinent facts, sharp analysis, that's what you'll find on the military show.
11:07So, subscribe to the channel for daily updates and military deep dives.
11:12Now, put it all together and the balloon launch drone seems like a solution that fits the problem
11:17so well that you wonder why no one has ever thought of it before.
11:21Well, as the old saying goes, necessity is the mother of invention.
11:26Having had the first major war in the age of high-tech warfare imposed on it,
11:30Ukraine has been compelled to find innovative solutions and rise to the challenge over and over again.
11:35To be fair, China has also been experimenting with balloon launch drones,
11:40albeit at a different technological tier and for different purposes.
11:43Footage from late 2024, early 2025 shows that China has successfully tested high-altitude balloons
11:51as a platform for launching hypersonic drones such as its MD-19 and MD-2.
11:57These balloons are much larger than the ones Ukraine is using and lift the drones to near-space
12:02altitude, roughly 12.5 to 18.5 miles before release.
12:07Rather than leveraging the altitude to increase the range of mid-range drones,
12:12the intention here is to give these ultra-high-speed, longer-range drones a significant head start in
12:17altitude and potential energy before they ignite their engines.
12:22Chinese research institutes have also demonstrated the capability to deploy swarms of gliding micro-drones
12:28from a single large balloon. That's similar to how Ukraine is using balloons with the Hornet,
12:33but again using a much larger balloon.
12:35In the Chinese tests, a balloon with a 330-pound payload capacity released dozens of small,
12:41GPS-guided gliders designed for distributing sensing or saturation attacks.
12:46That's 10 times the capacity of the balloons Ukraine is using.
12:50The extra size gives the Chinese balloons much greater capacity,
12:54but with a trade-off of making them much more visible and thus easier to bring down.
12:58That said, it might sound counterintuitive, but bringing down a helium or hydrogen balloon
13:03isn't as easy as it looks. These aren't thin rubber party balloons that can be popped with a pin or
13:09cat's
13:09claw. The concept behind both is identical. The balloon is a sack filled with a highly buoyant gas
13:15that keeps it in the air. But professional balloons like the ones used by Ukraine and China
13:20are typically made from very thin, flexible material like latex, polyethylene or mylar.
13:25You'd think that since these materials are still distinctly on the thin side,
13:29they'd be relatively easy to bring down with a strafe of machine gun fire from a fighter jet.
13:34But that's not necessarily the case. It can be tricky to bring them down,
13:38even with precision air-to-air missiles. You'd probably recall that Chinese spy balloon that
13:43drifted over the US a few years back and caused a major media frenzy. It was eventually sent tumbling to
13:49earth by an air-to-air missile fired from a US F-22 Raptor jet. But back in 1998, Canada
13:56fired around
13:561,000 rounds of ammunition into a weather balloon and still failed to destroy it. It turns out the
14:02thin material of the balloon doesn't detonate most fuses used in anti-aircraft missiles, and chopping a
14:08balloon with a cannon or machine gun at high altitude won't bring it down, at least not rapidly.
14:13Due to the small pressure difference at high altitude, the gas will be released very slowly.
14:18The balloon will fall eventually, but it might take days. By that time, the footage of the
14:24consequences of its released drone's impact will probably be plastered all over the internet.
14:29Of course, no system or technology is perfect, and balloons come with their own set of challenges.
14:35For starters, they're at the mercy of the wind. Ukraine can only use them when the wind is blowing
14:39towards the intended target, whether that's in Crimea or Moscow. That seriously limits the range of
14:45targets available at any given time. There's no point launching a balloon towards Crimea if the
14:51currents are going to take it into the Black Sea or blow it straight back at you.
14:55Now, the wind patterns between Ukraine and Russia are highly seasonal and regional,
14:59with the flow shifting between westerly, i.e. toward Russia, and easterly northerly,
15:04i.e. toward Ukraine or south, depending on the month and latitude. Fortunately,
15:09the wind largely favors Ukraine. From October to March, Atlantic cyclones drive air masses from
15:16Europe across Ukraine into Russia. That means balloons launched from cities like Kyiv, Cherniku,
15:22and Sumy, north of the Voyakov axis, would naturally drift towards Moscow, Rostov, and central Russia.
15:28South of the axis, a climatological boundary that divides Ukraine into two distinct wind zones,
15:34the prevailing wind is towards the occupied territories and Ukraine. There's only a real
15:39window for Ukraine to launch balloons towards Crimea in the fall, when the winds are typically
15:43westerly. But the pattern reverses in late spring and summer. Opportunities for launches from northern
15:49Ukraine are probably going to be few and far between, since the prevailing winds are generally
15:53northerly or northeasterly, blowing from Russia toward Ukraine. However, in southern Ukraine,
15:59along the steppe and coast, northerly and northeasterly winds prevail, pushing air south
16:04toward the Black Sea and Crimea. So, it's likely we'll see balloon launch attacks from the north
16:09toward central Russia through the fall, winter, and early spring, while Crimea and the southern
16:14occupied territories get hammered the rest of the year. That said, the patterns aren't quite the same
16:2027,000 feet up as they are on the ground. Up there, winds are generally stronger and more
16:26consistently westerly year round due to the jet stream. So, maybe launches from both sides of
16:31the axis to locations all over Russia will be feasible all year round. Now, you may be wondering
16:37how on earth Ukraine came up with the idea to use balloons to launch drones in the first place.
16:42It likely wasn't too much of a stretch because they've been making good use of them for other
16:47purposes throughout the war. The most common use case for balloons in Ukraine has also been the
16:52most common use case for balloons ever since militaries first started using them over 200
16:57years ago. Aerial reconnaissance. To this day, observation balloons fill a unique niche as an
17:03elevated observation platform to monitor enemy movement. The technologies they employ might have
17:09evolved hugely over the centuries, but the basic benefit observation balloons provide remains the same.
17:14Their first recorded military use was during the French Revolutionary Wars. At the Battle of
17:19Le Roux in 1794, the French Aerostatic Corps used the tethered balloon L'Entrepreneur to stop Austrian
17:26troop positions, contributing to a French victory. The technology quickly caught on, as did the balloon's
17:32name. During the American Civil War in the early 1860s, the Union Army Balloon Corps operated seven
17:39hydrogen balloons using the Intrepid, named after an earlier French reconnaissance balloon. The balloons
17:44provided real-time intelligence via telegraph and directed artillery fire with unprecedented accuracy,
17:51marking the first organized use of aviation in warfare. But World War I was really the golden age
17:57of military ballooning. Both sides deployed thousands of tethered observation balloons along
18:02the Western Front. They were so critical that shooting them down became a primary mission for fighter pilots,
18:08and observers in the balloons often bailed out with parachutes when the balloons were ignited by incendiary
18:12bullets. Today, Ukraine's observation balloons play the same role, but with electronics instead
18:18of humans, with or without parachutes doing the observing. Ukraine makes widespread use of tethered
18:24balloons, also known as aerostats, as airborne repeaters to overcome Russian electronic warfare,
18:30or EW jamming. In essence, the balloons lift tactical radios to altitudes of 1,640 to 3,280 feet,
18:39extending secure communication ranges between ground units to beyond 60 miles. This allows commanders to
18:46control FPV drones and coordinate artillery even in deep valleys or urban areas where line of sight is
18:53blocked. Because the relay is airborne, it's less susceptible to ground-based jamming that typically
18:59disrupts low-lying signals. That can make a critical difference on the ground. During Ukraine's incursion
19:05into Russia's Kursk region in 2024-2025, for example, these balloons provided the only stable
19:12communication link for retreating Ukrainian units when ground networks were saturated or jammed.
19:17Ukraine also uses tethered balloons as persistent eyes in the sky for target triangulation.
19:23Equipped with direction-finding antennas, they can triangulate the location of enemy UAV operators
19:29by detecting their control signals from up to 56 miles away. This allows Ukrainian artillery to target
19:35the pilots rather than just the drones. Ukraine also uses drones for target triangulation, but unlike
19:42battery-powered drones that must return to base within hours, tethered balloons can loiter over a
19:47sector for up to a week, providing continuous video feeds and thermal imaging to monitor Russian troop
19:53movements and logistics hubs. Balloons can also handle heavy-duty EW and signals intelligent tasks,
20:00but drones are too small to handle. For example, they can carry heavy sensors that intercept Russian
20:05radio communications and radar emissions, feeding data to artillery units for counter-battery fire.
20:11But Ukraine doesn't just watch the Russians with balloons, they're also using them for active EW.
20:17Some are equipped to broadcast spoofed GPS signals or jam Russian glide bomb guidance systems,
20:23degrading the accuracy of Russian airstrikes over key cities. Others are equipped with radar reflectors,
20:29creating ghost targets that mimic the signature of an aircraft or cruise missiles.
20:34That forces Russian air defense crews to fire those expensive missiles we discussed earlier at empty
20:40sky, revealing their positions and depleting their stockpiles. For nothing. As you can see,
20:45the humble weather balloon can be an extremely useful tool in the hands of an enterprising army.
20:51Ukraine has reportedly launched over 1,000 of them into Russian territory for a variety of purposes
20:56since the fall of 2025. With the prospect of thousands more to come, now featuring Hornet launching
21:03variants, locking down the supply chain is becoming increasingly vital. Fortunately, as mentioned earlier,
21:09a Ukrainian company has stepped up. AeroBavovna is described as the first and only Ukrainian company
21:16to mass-produce military aerostats. It reportedly supplies the bulk of Ukraine's tactical balloon supply.
21:22Founded by Yuri Vysoven, the firm's balloons utilize lightweight polymers and are designed for
21:28deployment in just 5 to 25 minutes. It makes balloons to meet most of Ukraine's different requirements,
21:34including models that are large enough to lift the Hornet. While the AeroBavovna will be able
21:39to cope with the demand remains to be seen. But if Ukraine continues refining and perfecting this
21:44solution, the firm is unlikely to be the only one making tactical balloons for the Ukrainian
21:49military for much longer. We'll of course be observing developments and hopefully be able
21:54to report on balloon launch Hornets in combat soon. So subscribe to the channel so you don't miss it.
22:00And if you're interested in other Ukrainian innovations, check out this video
22:04video about how they're building a robot army.
22:07Thanks for watching.
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