Update: Iran Wins Strategic Dominance. US Out of Options. | Prof. Steve Starr

## Iran’s Strategic Leverage: A New Balance of Regional Power The exchange makes clear that a sudden, sustained campaign of targeted strikes has altered the balance of power in the Gulf in ways that were foreseeable but insufficiently anticipated. Within a fortnight of kinetic escalation, Iran’s actions have transformed geographic advantage into strategic leverage: proximity to the Strait of Hormuz, a network of hardened facilities, and an ability to strike sensitive infrastructure have combined to impose costs across markets, militaries, and political narratives. The result is not simply a sequence of damaged sites but a reordering of options — for regional states, for Washington, and for global supply chains that depend on a fragile maritime chokepoint. Professor Steve Starr frames this not as episodic retaliation but as a deliberate campaign that exploits structural vulnerabilities. These vulnerabilities are both physical — refineries, radars, ports, desalination — and systemic: the global dependence on concentrated energy exports, limited naval reload logistics, and missile-defense architectures that assume certain technical prerequisites. When those prerequisites are removed, defense systems and doctrines that had underpinned deterrence lose much of their operational meaning. ## Radar Losses and the Blindness of Air Defenses One of the clearest operational themes of the conversation is how the destruction of long‑range radar assets converts sophisticated missile-defense networks into impaired, short-notice responses. The phased-array early-warning radar system at Al Udeid and other similar nodes function as the “eyes” that cue THAAD batteries, shipboard radars, and land-based interceptors. Remove those eyes, and layered systems that depend on an initial cue become far less effective. The practical consequence is immediate and stark: warning times shrink to minutes, and in some cases to less than two minutes. For civilians and commanders alike, that reduces decision space to near‑panic responses rather than managed defenses. Professor Starr’s description underscores a wider point about modern missile defense: interception is more a function of sensor architecture and industrial capacity than of a single interceptor type. The conversation also highlights limits in production rates for interceptors, along with the drain caused by commitments to other theaters, creating a durable supply shortfall that will not be fixed by urgent fielding alone. The exchange also pointed to an uncomfortable reality about hypersonic and maneuverable missiles. Ballistic-missile defense systems optimized for parabolic trajectories are ill-suited for weapons that maneuver at high speeds. Whether the adversary is Iran, Russia, or China, the existence of hypersonic delivery dramatically complicates the interception problem — turning technological limitations into geopolitical ones. ## Shutting the Strait: Energy, Fertilizer, and Food Security A second artery of influence is the Strait of Hormuz and the suite of offshore and coastal energy infrastructures that serve global markets. The conversation stresses how concentrated flows — roughly a fifth of global oil and LNG, plus substantial fertilizer feedstocks — pass through a narrow seaway. Strikes on refineries, pipelines, and shipping have effects that are immediate (tankers struck, loading terminals offline) and prolonged (facilities that require months to restore due to damage and clogging). Beyond petroleum, the blackout in fertilizer production is perhaps the most underappreciated cascade risk. Urea and phosphate-based fertilizers, the conversation noted, are critical inputs whose interruption can translate into lower harvest yields across continents months after the initial attacks. That link between Gulf hydrocarbon infrastructure and global food security reframes the conflict: it is not only an energy shock but an agricultural one. Countries dependent on imported fertilizer or energy-intensive agricultural inputs can face harvest losses, price spikes, and secondary humanitarian pressure — effects that stretch well beyond the combat zone. The network effects extend to shipping capacity. Even if alternate suppliers exist, the ships themselves are trapped or rerouted, and tanker availability is not a fungible commodity in the short term. Thus the physical blockade and targeted interdiction of maritime assets create scarcity across markets and time. ## Naval Logistics and the Limits of Power Projection The destruction of bases, the striking of radar and SATCOM terminals, and damage to port infrastructure have concrete tactical and operational implications for naval forces. The conversation draws attention to an often-overlooked constraint: modern surface combatants rely on vertical launch systems which, once expended, cannot be reloaded at sea. Reloading requires safe port facilities and heavy cranes — assets now vulnerable or unavailable. That fact temporarily removes ships from the theater until they can transit to remote rearm locations, lengthening the time between sorties and compressing naval presence. Beyond rearmament, the loss of forward logistics compels commanders to operate from more distant staging areas, increasing transit times and limiting responsiveness. Combined with a dented over‑the‑horizon sensor network, naval strike and defense options are no longer simply a matter of will; they are a function of geography, industrial throughput, and the availability of secure port infrastructure. When forward basing is contested, the calculus of intervention changes — and does so in ways that favor the side that can exploit proximity and hardened installations. ## Escalation, Nuclear Thresholds, and the Fallout Problem The conversation moves deliberately into the question of escalation and the constraints that nuclear use would impose on any actor considering decisive strikes against deeply buried or hardened facilities. The existence of extensive underground infrastructure, as described, raises the prospect that conventional strikes will be unable to neutralize key elements of Iran’s military posture. That pushes some planners toward lower‑yield or tactical nuclear options in theory, but the conversation emphasizes the operational and humanitarian limits of such a path. Penetration capability and venting are central technical points: many so-called tactical nuclear weapons cannot reach depths necessary to fully contain a blast underground, which in turn produces radioactive venting and fallout. Fallout is a strategic multiplier — it does not respect borders or belligerent lines, and it would impose long-lasting environmental and public-health costs on the region, including neutral and allied states. Beyond the physical effects, the political fallout — the delegitimization of any actor that employs nuclear weapons in or adjacent to densely populated regions — presents a separate set of deterrents. At the same time, the exchange warns that Iran’s fissile material inventory and potential for weaponization complicate the deterrent calculus. The presence of highly enriched uranium at scale and the theoretical ability to mount warheads on maneuverable missiles changes the threat picture: those are not mere statements of intent but technical enablers that alter strategic calculations for all concerned. ## Politics, Perception, and the Limits of Legal and Moral Framing Perhaps the most striking non-technical strand in the discussion is the political framing that shapes international responses. The conversation highlights how public messaging, religiously framed political commitments, and historical narratives (such as notions of Greater Israel) interact with military operations to produce a combustible mixture. The legitimacy of strikes, the characterization of resistance, and the invocation of existential narratives all influence domestic support and international alliances. The transcript also ra

Iran Wins Strategic Dominance. US Out of Options | Steve Starr March 13 Iran War Update: Prof. Steven Starr presents the news from the kinetic war with an overview of targeted and disabled US military installations and a discussion on the Iranian capacity and strategy as discernible after 2 weeks of warfare. Support us on Substack: https://pascallottaz. substack.com Steven Starr's homepage: https://nuclearfamine.org #Pascal Welcome back to Neutrality Studies, everybody. My name is Pascal Lottaz, and I am joined again today by Professor Stephen Starr, the former director of the University of Missouri's Clinical Laboratory Science Program. Professor Starr has been on this show several times, and I'm very glad that he's back because he's got an update for us about Iran. Stephen, welcome back. #Steve Starr Well, thanks for the invitation. It's a pleasure to speak with you. #Pascal Well, thank you very much for preparing this for us, because you actually have a presentation here on what’s happening and on the kinetic effects of the war in the Middle East right now. Could you please take it from here and walk us through your presentation? #Steve Starr Yes, I'd be glad to. Well, you know, I believe most people in the West aren’t really getting much news about what’s actually going on there. It’s hard, because they say truth is the first casualty in wartime. I’ve titled my presentation *Iran Strikes Back.* This slide shows that all the red spots are U. S. military bases that have been hit by Iran after, you know, the U.S. and Israel initiated the war by killing the Ayatollah and his family. But the U.S. and Israel are not winning their illegal war against Iran—and I’ll explain why. You know, Iran is close to the Strait of Hormuz. That in itself is a tremendous blow against the West. This blocks 20 percent of the global oil and liquefied natural gas that flows through the Strait, and also 30 percent of the area’s fertilizer production, which is a major component of agriculture here in North America and all around the world. The oil refineries and liquefied natural gas plants around the Gulf are shut down—some of them are burning. They've been hit by drones and missiles. And -- 1 of 21 -- once you shut down a plant like this, you can't return it to service quickly. It'll be out of service for months because the wells start to clog up. There are a lot of things that have to happen; you don't just throw a switch. So, what are the implications of that for the global economy? Iran has destroyed most of the large U.S. radar systems in the Gulf region. This came as a total shock to the United States, I think—though I’m not sure why. It’s degraded the U.S. and Israeli air defense systems, which are also running out of interceptor missiles. That’s partly because the U.S. has supplied a large number of them to Ukraine and to Israel as it’s been carrying out operations in Gaza over the last couple of years. But the U.S. only manufactures about 750 Patriot and 450 THAAD interceptors a year, and we just don’t have the industrial base to keep up. U.S. naval vessels can no longer dock at American military bases in the region—their bases have been hit. The headquarters of the Fifth Fleet was wrecked by Iranian missiles. You know, a U.S. destroyer uses vertical launch tubes to fire its interceptor and Tomahawk missiles. Once those are exhausted, they have to return to port because a crane is needed to reload them. These are vertical launchers— you can’t just move missiles from one ship to another and load them at sea. So that means they have to travel several days to reach India or Diego Garcia, which takes them out of the theater. The destruction of the U.S. radar in Qatar—a very sophisticated phased-array system—has reduced the warning time for missile attacks in Israel to about 90 seconds. And they don't even know which way the missiles are coming from—they just have a minute and a half. So this really changes things for the people of Israel. Let me explain more about this radar system. If you look down there in the right corner, the AN/FPS radar was based at the U.S. military base in Qatar. It’s positioned at a high altitude and can scan up to 5,000 kilometers, providing the initial location of incoming warheads. This is critical because the THAAD radars, and also the sea- based radars they link to, require that initial information—they’re more like flashlights; they can’t just look around on their own. They have to know approximately where the warhead is before they can focus on it. So, if you knock out the large radar, it more or less blinds them. These missiles are coming so fast—the warheads— they don’t have time to look around. Basically, the loss of this radar blinds the THAAD and ship- based systems by removing their initial target acquisition. This shows the locations of the U.S. radar systems that were essentially the eyes of the Iron Dome in Israel. Richard Medhurst created this map—thanks for that. I added the images on there. You can see there was one in Jordan, one in Saudi Arabia, two in the United Arab Emirates, and the large AN/FPS radar was in Qatar. #Pascal And just to be sure—the four there, they’re not mobile, right? Oh, yeah. Well... #Steve Starr -- 2 of 21 -- The THAAD systems—I’m not sure if they’re movable, but I honestly can’t answer that question adequately. You’d need somebody like Larry Johnson to tell you. But I do know they were destroyed, and there are only about 13 in the whole U.S. inventory. #Pascal I'll write the question down, because I'll be speaking to him in an hour and a half. #Steve Starr Okay, good. Give him my regards. #Pascal I'll tell him. #Steve Starr Okay. So you can see the image there—that’s the dome that was... #Speaker 1 This satellite image just revealed what the Iranian drone did to the $1 billion U.S. radar at Al Udeid Base in Qatar. The FPS‑132 upgraded early‑warning radar is a massive long‑range ballistic missile detection system with a claimed range of up to 5,000 kilometers. It’s designed to spot targets all across the Gulf, but it was destroyed by a single Iranian Shahed drone that cost only a fraction of the radar’s price. #Pascal Wow, I didn’t realize that. I showed that video at the very beginning of the war myself—I didn’t know it was this important. #Steve Starr Yeah, I didn’t either, honestly. But we use those same systems in the United States—there’s just a handful of them. There are only 13 THAAD radars in the U.S. inventory, and Iran has destroyed about 30% of them. You can see what’s left of one of them there. #Pascal Wow. -- 3 of 21 -- #Steve Starr In Bahrain, Iran destroyed the two SATCOM terminals, as shown in the before‑and‑after satellite images. In Kuwait, Iran destroyed the satellite communications network. So you can see the comprehensive destruction of all these systems. The loss of radar means that U.S. and Israeli air defenses are neutralized. The THAAD and Patriot missiles can’t quickly locate targets without the phased‑array radar that was in Qatar, so they’re rendered ineffective. The lower‑level tactical intercepts from U.S. Navy systems and the Israeli Iron Dome also become less effective because they don’t have that initial targeting information either. The loss of U.S. radar means that Israel now has only a 90‑second warning for an incoming missile attack, which I mentioned before. I think that’s pretty important if you’re in Israel. And U.S. ballistic missile defense systems, even with radar, can’t intercept hypersonic missiles. These missiles are maneuverable at hypersonic speeds. You know, ballistic missile defense implies a ballistic trajectory— a parabola, a predictable path. Well, hypersonic missiles aren’t like that. They don’t travel in a parabola, they don’t follow a ballistic trajectory, and they’re maneuverable. The U.S. doesn’t even have a working prototype of a hypersonic missile. But Iran actually does have hypersonic missiles in its inventory, just like Russia and China. So, you know, we can’t defend against Chinese or Russian nuclear missiles aimed at the United States if they’ re coming in on hypersonic missiles. U.S. BMD never worked as advertised. Dr. Theodore Postol has done a couple of really good interviews with Glenn Diesen and Pascal Lottaz where he elaborates on this. I’ve read his articles for decades. He’s been trying to point out in the United States that, in the tests they did for ballistic missile defense, they put homing beacons on the incoming warheads so the system could identify and hit them. I don’t think any of our potential enemies would be willing to do that for us. #Pascal Yeah. #Steve Starr So, you know, Iran warned on March 8th that if any region, if anybody, targeted their oil facilities, they would respond in kind. Well, an Iranian refinery was hit, and this video was taken in Tehran. There was so much oil that it was just flowing through the drains in the city and ignited. From the pictures, it looks like some of the drains were even inside some of the buildings. You can see the streets lined with fire, and the fumes from the burning oil are horrible. #Pascal It looks like the end times. It looks like Armageddon. -- 4 of 21 -- #Steve Starr Yeah. Well, Iran has responded. They hit the United Arab Emirates’ biggest refinery. They also hit Bahrain’s Bapco refinery, a huge one. So this is spreading, and it doesn’t seem to me that it’s stopped yet. #Pascal And, you know, Steve, I just want to say, we’ve now had this UN Security Council resolution, which I still don’t understand how it could have passed—how Russia and China didn’t veto it. It’s the resolution condemning Iran for its indiscriminate attacks against its neighbors, even though every single time Iran responds in kind to the infrastructure of the alliance that attacks them. But this is what’s happening. #Steve Starr It's Orwellian. You know, Iran struck the power plant in Haifa. #Pascal You know, these images don’t make it to the evening news because Israel blocks everything. Yeah, it’ s hard to find them. #Steve Starr I've been looking around the internet. That refinery supplied 50% or 60% of the country's domestic fuel, including 65% of its diesel, 50% to 59% of its gasoline, and 52% of the kerosene used to make jet fuel. So that's a big blow to Israel. Well, Donald Trump—you know, I hate to quote him—but in one of his rants, he said, “If Iran does anything to stop the flow of oil through the Strait of Hormuz, they’ll be hit by the United States of America twenty times harder than they’ve been hit so far.” Okay. Well, guess what? The Strait of Hormuz is now closed. This is a video of a tanker that was hit just the other day. There’s a map of the Strait of Hormuz down in the left corner—it’s only 21 miles wide. It’s not that hard to... I mean, Iran can shut that down without any problem, with all the missiles it has. It also has underground naval bunkers. In the U.S., you know, we’re claiming that we’ve shut down everything, that there are no targets left to hit in Iran. Well, I seriously doubt that, because Iran is a country made of granite. And this is an underground naval bunker—some of it’s actually underneath the sea. #Pascal -- 5 of 21 -- They’ve been preparing for this for 30 or 40 years, and they knew they’d have to put things underground to make sure they couldn’t be hit. And they did—including the boats. #Steve Starr So at this point, 20% of the global oil and liquefied natural gas is blocked. And 31% of the urea— that’s a nitrogen fertilizer we use here in Missouri—is blocked too. It’s a huge deal to block that. And 40% of the sulfur is blocked, and sulfur is a critical component for making the sulfuric acid required to produce phosphate fertilizer. #Pascal Right. #Steve Starr So it’s not just fuel—the fertilizers are being blocked too. And this will probably lead to famine. Right. The production has shut down, as I mentioned. Qatar, the world’s largest liquefied natural gas exporter—20