U.S. Just Deployed a New Weapon in Iran — Russia Didn’t Expect This

Russia is in full panic mode. And no, it’s not because of a hypersonic missile, a laser weapon, or some billion dollar super weapon they can’t reverse engineer. It’s because of a $35,000 drone and a feature on top of it that their entire military has absolutely no answer to. Welcome to States News. Stay with me because what I’m about to show you explains why military experts are calling this a genuine revolution in warfare. Not an evolution, a revolution.

And by the end of this video, you’ll understand exactly why Russia’s top military bloggers are telling the Kremlin in public on record that if they don’t find a solution within a year, quote, “Things will go very badly for us.” Let’s start with what this weapon actually is. It’s called Lucas. That stands for lowcost uncrrewed combat attack system.

Made by a US defense contractor called Spectre Works based in Arizona. It made its combat debut on February 28th during the US and Israel’s joint strike on Iran. Just let that sink in for a second. This drone was revealed to the public only last July, first showcased in December, and by late February, it was already being used in live combat operations against Iran.

That is an extraordinarily fast deployment timeline. And the speed of that deployment tells you everything about how seriously the US military takes this platform. Now, here’s where things get interesting and honestly a little poetic, because the Lucas is at its core a reverse engineered version of Iran’s own Shahed 136 drone.

the very same drone that Iran has been supplying to Russia to devastate Ukraine. The US apparently obtained a downed shahed from Ukraine, studied it, rebuilt it, improved it, and then used it against Iran itself on its combat debut. If that’s not a plot twist, I don’t know what is. But wait, here’s what you need to understand before we go any further.

The Lucas being a reverse engineered Shahed is not by itself what has Russia’s military establishment losing sleep at night. The drone itself is nothing new to them. Russia has launched an estimated 50,000 Gearon and Shahed drones at Ukraine since 2022. They know this platform intimately. They know its range, its speed, its payload, its weaknesses.

So, if Russia already knows this drone inside and out, why are they panicking? What is it about Lucas that’s different? One word, Starlink. Let me break this down for you, because this is the part that changes everything. Shortly after news of Lucas’ combat debut broke, Russian military bloggers began sharing footage from a Pentagon test launch that happened back in December.

In that test, the US Navy fired a Lucas from the USS Santa Barbara, an Independence class literal combat ship. And when those Russian bloggers looked closely at the footage, they spotted something on top of the drone, a small communications box. And they recognized it immediately. It was a Starlink terminal or potentially something even more classified, a military-grade network called Star Shield built specifically for US defense operations on top of Starlink’s infrastructure.

And when that realization hit, the Russian military blogosphere went into full meltdown. Influential Russian Telegram channel Rybar, which has over 1.5 million subscribers, put it bluntly. They wrote that what was inevitable has happened and that Starling terminals on American drones means, in their words, that the effectiveness of enemy drone strikes will increase by an order of magnitude.

Another channel called Obsessed with War described seeing the Starlink antenna and said it would allow the drone to be guided precisely to its target while remaining connected until the very last split second. Not approximately guided, precisely, right until impact. So, what exactly does Starlink connectivity do for a strike drone? And why does it terrify Russia in a way that GPS guidance never did? To understand that, you need to understand how drone guidance and drone jamming actually work. Because this isn’t just a military

hardware story. This is a story about physics. And the physics here are completely lopsided in America’s favor. Here’s how it currently works on the battlefield in Ukraine. Most drones, FPV drones, loitering munitions, kamicazi drones, rely on GPS for navigation. Russia’s drones use the Russian equivalent called GLONAS.

And both sides have spent the last three years becoming absolutely worldclass at jamming those signals. GPS satellites along with GLONAS operate in what’s called medium Earth orbit, roughly 12,500 m above the Earth’s surface. There are only about 31 GPS satellites and 24 GLONES satellites in that orbit. They’re far away.

Their signals travel enormous distances. And by the time those signals reach a drone flying at low altitude over a battlefield, they’re weak. They’re spread thin. And that weakness is exactly what electronic warfare systems exploit. Russia has deployed a fleet of truck mounted jamming systems specifically designed to overpower and drown out those GPS signals.

Systems like the R330 Zatel, the Kasuka 4, and the Lear 3. Park one of those near the front lines, crank up the power, and you can blind GPS guided weapons across a wide area. Russia has used these systems to disrupt not just drones but also GPSG guided missiles like the American JDAM. It’s a constant back and forth war of measures and countermeasures.

As one Russian commander put it, “The enemy plays with frequencies. We reconfigure our electronic warfare systems. The enemy begins to suppress us. We switch to other frequencies. It’s a chess match and both sides have gotten good at playing it. But Starlink, Starlink is not chess. Starlink is a different game entirely and Russia doesn’t have the pieces to play it. Here’s why.

Starlink doesn’t operate in medium Earth orbit. It operates in low Earth orbit, only about 341 miles above the surface compared to 12,500 miles for GPS. That alone makes a massive difference because the signal hitting a Starlink terminal is dramatically stronger than any GPS signal. So, your jammer needs to be significantly more powerful just to begin to compete.

But that’s only problem number one. Problem number two is the scale. As of March 17th, 2026, just a few weeks ago, Starlink crossed a milestone, 10,020 satellites in orbit, SpaceX has launched 11,529 total since May 2019, with some being replacements for older units. These satellites are traveling at close to 17,000 mph, blanketing the entire surface of the Earth in a constantly shifting mesh of overlapping coverage.

A Starlink terminal isn’t locked onto a single satellite like an old satellite dish. It’s constantly bouncing between multiple satellites as they move across the sky. At any given moment, that terminal is switching between satellites in short time windows across a massive network.

So, think about what that means for a jammer trying to knock out a Starlink guided drone. You’re not jamming a single signal on a single vector from a satellite that’s sitting still 2500 miles away. You’re trying to jam a moving target that’s being relayed across a constellation of over 10,000 satellites racing around the Earth at Mach 22. That’s not a jamming problem.

That’s a physical impossibility at any practical scale. And it gets even worse for Russia because Starlink uses spread spectrum modulation. This means the signal is constantly distributed across a wide range of frequencies in a shifting pattern, a cryptographic pattern that’s shared only between the terminal and SpaceX’s network.

If you try to jam one slice of those frequencies, you’re probably just hitting noise. Even if you somehow mustered enough equipment and raw power to jam the entire frequency spread simultaneously, you’d still run into the encryption and the keybased modulation patterns. And those cryptographic keys, they are among the most classified pieces of information in the world.

Without them, you can’t predict the pattern. You can’t spoof it. You can’t crack it. You’re locked out. Chinese military researchers actually ran a simulation, a computer model, to figure out how many jammers it would take to suppress Starlink connectivity over Taiwan. Because if China ever invades Taiwan, neutralizing Starlink is critical to their plans.

The simulation concluded that suppressing the network would require a grid of at least 935 synchronized high-powered airborne jammers working in concert. If using lower powered systems, that number climbs closer to 2,000 jamming drones. And that’s just for Taiwan, read a geographically limited theater. Now, map that onto Ukraine.

The front line there is anywhere from 500 to 750 m long. Russia would need many thousands of truckmounted high-powered jammers just to begin touching Starlink signals along the contact line. And that’s before you factor in the vast territory inside Russia itself that would need protection from long range Ukrainian drone strikes guided by Starlink.

We’re talking about a suppression architecture that would cost hundreds of billions of dollars at minimum and would require resources and industrial capacity that Russia simply does not have, especially while it’s pouring everything it has into a grinding war it’s already struggling to fund. Here’s one more thing that makes this even more painful for Russia.

Electronic warfare equipment gives off signals. Signals that make it extremely visible and targetable. The independent tracking website Orex has documented using visual confirmation at least 94 Russian jamming and deception systems that Ukraine has destroyed since 2022. So Russia can’t just build thousands of new jammers.

It has to build them, deploy them, and then somehow keep them alive long enough to be useful. That’s an essentially impossible task at the scale required. Now, what if the US isn’t even using civilian Starlink, but Star Shield? Star Shield is the military specific network that SpaceX built for the US government in 2022.

According to SpaceX, it features additional security and encryption for government and military use in national security operations and uses satellites owned and controlled by the US government. The network includes at least 183 dedicated satellites with enhanced security layers, Earth observation capabilities, and hosted military payloads layered on top of the broader Starlink infrastructure.

If Lucas is running on Star Shield rather than standard Starlink, the encryption is harder, the authentication is tighter, and spoofing becomes even more of a fantasy for any adversary. And here’s the part that’s making Russian generals go pale in their offices. Because this isn’t just about Lucas. Lucas is just the proof of concept.

The moment you demonstrate that you can put a Starlink terminal on a $35,000 one-way drone and make it essentially unjammable, the implications for the rest of the American arsenal are enormous. Imagine Tomahawk cruise missiles guided by Starlink. Imagine highar rockets. Imagine every longrange strike system in the US inventory updated with a Starlink communications link.

One Russian military blogger called Russian engineer described the implications like this. all longrange strike systems with this capability could be controlled anywhere on the planet and achieve the same precision as FPV drones, literally through a window. He then added, “This isn’t just an evolution in military affairs. It’s a genuine revolution.

” And from a purely technical standpoint, it’s hard to argue with that. So, what options does Russia actually have here? Let’s be honest about each one because it’s important not to dismiss Russian ingenuity. But it’s also important to look at these options with clear eyes. Option one, Starlink jamming technology. Russia has been working on this.

In 2024, Ukraine’s military began reporting Starlink outages with officials attributing the disruptions to Russia testing different mechanisms. Leaked US military documents suggest a system called Tobal, originally designed to protect Russian satellites from jamming, may have been adapted for this purpose. Russia is also reportedly developing a newer system called Kolinka, specifically intended to disrupt signals to and from Starlink satellites.

Andre Bezov, the director of the Russian center developing this system, told state media that the so-called Starlink killer would also be capable of detecting terminals connected to Star Shield. That’s a bold claim. Whether it translates into operational reality is an entirely different question, and given Russia’s track record with announced military technologies versus delivered ones, healthy skepticism is warranted.

Option two, kinetic anti-satellite weapons. Russia has experimented with these for years, and there’s been no shortage of alarming headlines about Russia developing weapons that could physically destroy satellites in orbit. But the math here is brutally simple. Even if such weapons work, using them against Starlink isn’t a solution.

It’s a fantasy. You’re talking about taking out over 10,000 satellites moving at close to 17,000 mph. Russian military blogger Dmitri Konanikin put it plainly. Forget the Soviet tales about nails scattered in orbit sweeping away satellite constellations. that might have worked against hundreds but not tens of thousands of satellites.

And that’s setting aside the diplomatic, legal, and military consequences of attacking a commercial satellite network operated by an American company. Option three, build their own version. This might actually be the most credible long-term path, and Russia is trying. Russia is developing a domestic Starlink style constellation called Zori with serial production of terminals reportedly set to begin in 2026 and plans for over 300 satellites by 2027.

300 satellites against Starlink’s 10,000 plus. That gap tells you everything about the scale of the challenge they face. And 300 satellites don’t create the kind of dense resilient mesh that makes Starlink so hard to jam. China, for its part, is moving more aggressively on multiple fronts. It’s developing laser and microwave-based anti-satellite technologies and is simultaneously building its own large satellite constellations.

The Chienfan or thousand sales network already has roughly 100 satellites deployed with a goal of 15,000. The Guang or SATNET network is in testing with a plan for 13,000 satellites. And the Hongghue 3 network is in planning with a target of around 10,000 operational satellites. These are serious programs with serious investment behind them, but they are years, probably over a decade away from posing a credible challenge to Starlink’s current dominance.

Meanwhile, Rybar, the 1.5 million subscriber Russian military channel, is demanding that the Kremlin begin quote developing means to destroy thousands of Starlink satellites now, calling it the highest priority. The obsessed with War channel gave perhaps the starkkest warning of all. If within a year we do not find a solution against this satellite constellation, then things will go very badly for us.

Those aren’t analysts in some think tank writing policy papers. Those are the same bloggers who have been among the most aggressive cheerleaders for the Russian military operation. When they start writing things like that in public, it tells you something very real about the level of alarm inside the Russian military establishment.

Let’s also take a step back and talk about Lucas itself as a weapons platform because it represents something worth noting in the broader context of modern warfare. For years, the war in Ukraine has demonstrated a brutal and obvious problem with the cost exchange ratios of modern air defense. A Tomahawk missile costs around $2 million.

A Patriot Pack 3 interceptor missile costs around $4 million. An AGM 158 JSMER costs $1.2 million. Even a Switchblade 600 drone costs around $120,000. Using any of those to shoot down a $35,000 Lucas and or a $500 Iranian Shawhead is economically catastrophic. You are burning through your budget and your stockpiles at a rate that no adversary can sustain indefinitely, [clears throat] no matter how large.

And since Lucas is a one-way expendable drone, it can be manufactured much faster than multi-use missile systems. Stockpiles can be grown and replenished at a pace that far outstrips most legacy platforms. Navy Captain Tim Hawkins described Lucas as a lowcost scalable system that provides cuttingedge capabilities at a fraction of the cost of traditional long range US systems that can deliver similar effects.

That’s an understatement. When you add Starlink guidance to that $35,000 platform, you’re effectively giving it the precision and jam resistance of systems that cost 50 to 100 times more. This is also a remarkable moment historically because the Lucas represents a relatively rare case of the United States reverse engineering a weapon from an adversary.

Historically, it’s usually been the other way around. Iran reverse engineered US anti-tank missiles in the 1970s. They reverse engineered Israeli missiles captured in Lebanon. They built radar evading drones by studying a Loheed Martin RQ70 Sentinel that strayed over the Afghan border in 2011. Even the Shahed 136 itself appears to be derived from an Israeli loitering munition design.

The weapons technology lineage here is tangled and ironic in equal measure. And now the US has closed the loop, reverse engineering Iran’s most widely proliferated contribution to modern warfare, improving it, connecting it to the most resilient communications network on the planet and deploying it against Iran on its very first mission.

Back in May 2025, Donald Trump had publicly praised the Shahed’s qualities, noting it was very good, fast, and deadly, and criticizing American manufacturers for not having produced an equivalent. Less than a year later, they had, and it had already been used in combat. The speed of that development and deployment is itself a signal about how seriously the US military-industrial complex is taking the era of cheap, scalable, autonomous weapons.

The bottom line here is this. The combination of a cheap, expendable drone platform and Starlink guidance doesn’t just make that specific drone harder to stop. It changes the economics and the logistics of every strike system that could conceivably carry a Starlink terminal. It makes the entire question of electronic warfare, which has been one of the defining dynamics of the Ukraine conflict dramatically more one-sided.

And it does so not by spending more money on more expensive weapons, but by making existing inexpensive weapons significantly more lethal. Russia’s options for responding are real, but limited. And every realistic path forward takes years and enormous resources the Kremlin may not have. In the short to medium-term, there is no solution.

And the Russian military bloggers, the same ones who have been relentlessly optimistic about Russian capabilities for 3 years are now saying exactly that in plain language to their millions of followers. Whether Russia’s Kinka jamming system delivers on its promises, whether Zorki ever becomes a credible satellite network, whether China and Russia’s emerging anti-satellite technologies evolve fast enough to matter.

Those are all stories we’ll be following closely here at States News. Because this is a race that’s already started, and right now, one side has a commanding lead. Make sure you subscribe so you don’t miss our next update on this. And if you want to understand how the war in Ukraine might unfold through the rest of 2026, we’ve got a video walking through all of the scenarios. Check it out after this.

Thanks for watching.