Why The A-10 Still Wins Over The Strait Of Hormuz

The A-10 Warthog was supposed to be done. Too slow, too old, and too exposed for modern wars. Then Operation Epic Fury kicks off and suddenly the most advanced stealth jets run into a problem they can’t solve cleanly: small, fast attack boats weaving through commercial traffic in the Strait of Hormuz, plus high-pressure missions that demand hours of persistent overwatch and instant, precise firepower.

We walk through how the A-10 Thunderbolt II earns a new nickname, “boat buster,” and why its “weaknesses” become advantages in a medium-threat environment. From AGM-65 Maverick strikes to APKWS rockets and the bone-rattling GAU-8 Avenger cannon, the Warthog’s close air support mindset translates into maritime interdiction. We also dig into the most dramatic moment of the operation, the rescue of Dude 44, where A-10s reprise the “Sandy” mission by suppressing enemy forces and coordinating recovery under fire.

From there, we get technical: the titanium bathtub, self-sealing fuel tanks, manual reversion, and the engineering realities of firing a cannon so powerful it can threaten your own engines. We explain the refueling challenge created by the KC-46 transition and the rapid fix that adds probe-and-drogue capability, unlocking agile combat employment with C-130 style tankers and lower-altitude refueling below the radar horizon. Finally, we weigh the looming 2030 retirement and the proposed replacements, including what changes when you compare gun time, cost per flight hour, and situational awareness.

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Transcript

Obsolete On Paper, Needed In War

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Too slow, outdated, not survivable against a real opponent. For nearly a decade, we've all heard it. The A10 is retiring, the Warthog is obsolete. The Air Force is finally gonna move on. We've been told that 2029 would be the absolute end of the road. But conflicts have a way of tearing up bureaucratic schedules and forcing even the most rigid planners to take a second look at the tools they already have in the shed, especially the ones that get the job done. Today, the A-10 Thunderbolt, aka Warthog is thankfully not yet sitting in a boneyard in Arizona. Instead, it's flying high-stakes combat sorties over the Strait of Hormuz and receiving engineering upgrades that were once considered impossible for an analog 1970s airframe. And because of these recent events, the United States Air Force once again has officially extended the service life of the A-10 fleet, this time through at least 2030. But this really is more than just a delay in retiring a legacy airframe. It's a cold-hearted mission to a reality that has caught almost everyone off guard. Because in the heat of Operation Epic Fury, the world's most advanced stealth jets found a problem they couldn't quite solve, and they had to call in an angry 50-year-old flying tank to fix

The A-10’s Service Life Extends

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it. Today we are looking at the unexpected revival of a tank buster turned boatbuster and what could be the last chapter of the infamous Fairchild Republic A10. When

Swarm Boats Change The Fight

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Operation Epic Fury kicked off on February 28th, 2026, the world changed forever in many ways. One of the unforeseen side effects was how the conversation around the Warthog has shifted. For years, the Pentagon has been trying to sunset the rugged A-10, stating that the Warthog just would not work in a modern, contested environment. But if anything, the conflict and mission tasking in the Strait of Hormuz has proven that a medium-threat, literal environment is exactly where this plane excels. Without any large warships left, the Islamic Revolutionary Guard Corps Navy now uses what we call a swarm doctrine. Basically, they're not using massive destroyers to try to control the strait, but instead, they're using hundreds of fast attack watercraft. Now, these small nimble boats are armed typically with machine guns and rockets. And when the US sent in high-speed interceptors like the F-22 or the F-15EX, they ran into a physics problem. You see, those jets are designed for high altitude, high-speed dominance. Trying to track a 50-foot boat weaving through commercial shipping at Mach 1.2, well, that's like trying to swat a fly with a sniper rifle from a speeding car. In that scenario, you can easily overshoot the target, you'll likely lose situational awareness, and you'll probably end up wasting millions of dollars in precision munitions on a target that costs much less than the missile or bomb itself. The A-10 flipped the script on Iran's plans. Its slow speed and fuel-efficient TF-34s, the same engines found in the underrated S3 Viking, allows it to stay over the strait for hours, providing a persistent overwatch that fast jets just can't match. Flying at 250 mph isn't a weakness tier, it's actually a superpower for this type of conflict. Warthogs armed with AGM-65 Maverick missiles and AP KWS laser guider rockets have been officially dubbed boat busters. And let's not forget that big cigar up front, that world-famous 30mm GAU-8 of Benger Canyon. Originally, it was designed to punch through the top armor of Soviet T-72 tanks, and in this case, it shreds the thin fiberglass and steel holes of these fast boats with what can only be described as terrifying precision. As of the end of March, CENTCOM has reported the destruction of over 100 Iranian vessels, with the A-10 accounting for a massive chunk of those sinkings.

The “Sandy” Rescue For Dude 44

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But perhaps the most important mission to date happened during the recovery of an F-15E Strike Eagle call sign Dude 44. When that jet was shot down over Iranian territory, the search and rescue operation fell to the A-10s. Echoing their distant grandfather, the A-1 Skyraider, and its daring rescues in Vietnam, the A-10 became the new Sandy of the 21st century. In this role, Warthogs provided close range suppression of enemy ground forces that were attempting to reach the crash site and the pilots. Using their lightning targeting pods and night vision systems, the pilots coordinated their rescue in real time under heavy fire. Now, look, we've got to mention the good with the bad here. We did lose 1A10 during that mission, but the pilot was successfully rescued. More on why in a minute. And in some ways, that rescue mission highlighted the ultimate Warthog paradox. Because in many ways, it's the only aircraft that can effectively perform this type of mission, yet it still remains vulnerable to the very threats that it's sent out to suppress. And

Built To Take Hits

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this leads us into the question: how and why is the Warthog still flying today? To understand how a 1970s airframe is still winning battles in 2026, well, you have to look at what the bean counters call graceful degradation. You see, the A10 was designed with an industrial age grit and a 1970s muscle car mentality. Everything about the A10 had the pilot and airframe survivability in mind. And if you want to talk about heavy metal, well, the Warthog has it where it counts. The pilot is encased in a 1200-pound titanium bathtub that can withstand 23mm high explosive rounds and even fragments from 57mm shells. And yes, I know steel is heavier than titanium, but there's no denying that this is literally a flying tank. To further survive ground fire, the engines are isolated from the airframe and the fuel tanks are self-sealing and filled with retardant foam to prevent explosions. But the real engineering quirk of the A10 is the manual reversion system. In modern fly-by-wire platforms like the F-35, a total power loss or even a localized hydraulic failure can result in an immediate loss of control. In the A10, if both the primary and secondary hydraulic systems are severed, the pilot can engage a system of mechanical cables and pulleys. So that means that when everything else has gone sideways and all those computers have failed or even been taken out, you can still literally fly this plane with your own muscle. And the proof is in the pudding. Pilots have famously flown these aircraft back to base with half a tail missing or giant holes in the wings. Now, survivability is all good, but it's only one part of the

The GAU-8 And Brutal Firepower

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puzzle. Because you need to bring the heat to the fight. Enter the hog's most famous feature, that 30mm cannon. Here's the reality: the A-10 isn't a plane with a gun, it's a gun with a plane attached. That General Electric GAU 8 Avenger cannon up front can produce 10,000 pounds of recoil force, which actually exceeds the thrust of one of the aircraft's engines. This might be why you always see them firing that in a dive. On top of that, this thing is huge. In fact, it's so big that the front landing gear had to be offset to the side just to make room for the firing barrel to keep it on centerline. And the engineering required to keep this system working is intense because the gun gases can actually suffocate the engines by depriving them of oxygen. To counter this, the engine igniters are firing continuously while the trigger is being held. This ensures that the engines can restart immediately if they ingest too much gun smoke. And there's even a window washing system just to clear the soot from the pilot's windscreen so they can actually see what they're taking a run at. So in the A10, you've got the survivability and of course the firepower. But you also need to stay airborne and overhead for hours at a time, especially in close air support missions. And while those GET F34 engines sip fuel, they're not afterburning after all, even hogs get thirsty.

The Refueling Fix Nobody Expected

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Since it was built from day one as an Air Force jet, the Warthog has relied on the boom systems that are used by KC-135s and KC-10s. But as the Air Force transitioned to the KC-46 Pegasus, a problem emerged. You see, in some cases, the A-10's engines couldn't provide enough thrust to overcome the resistance of the KC-46's boom telescoping actuator. Essentially, the hog wasn't strong enough to push into the tanker. So in record time, the Arcworks Innovation Hub and the Air National Guard Test Center developed the probe refueling adapter or PRA. It's kind of perfect that the A10 gets this jury-rigged solution. It just kind of goes with the hog, doesn't it? This device fits into the existing nose receptacle and can convert the A10 for probe and drogue refueling. This allows the A10 to take fuel from those HC-130J tankers and other refuelers. And you almost can't understate this. This is a massive win for the doctrine of agile combat employment because, as you know, C-130s can operate from short, unimproved dirt strips and fly at speeds and altitude that really match the A10's flight envelope. More importantly, and from a defensive standpoint, this allows the Warthog to refuel below the radar horizon, keeping both the tanker and the hog hidden from enemy sensors for as long as possible.

Can Anything Replace The A-10

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Now, unfortunately, despite all this success and all these innovations, the 2030 retirement date is still looming and really raises the terrifying question: can anything else actually do this job? The Air Force's official plan is a system of systems approach using the F-35A, the F-15EX, the OA1K Skywarden, and likely even other drones. But when you look at the technical data, the gaps are hard to ignore. The F-35A is the primary intended replacement, but a report from the Project on Government Oversight tells a different story. The F-35's internal gun magazine only holds 180 rounds. Now that gives the pilot of a lightning less than three seconds of total firing time. Compare that to the A-10's 1150 rounds, which provides 18 seconds of sustained fire. Furthermore, to be effective, the F-35 has to fly higher and faster to maintain its stealth and preserve fuel. And this naturally reduces the pilot's situational awareness of the ground fight. So if you're a JTAC on the ground in a danger close situation, you're gonna want a pilot who can see the individual trees and rocks, not somebody orbiting at 20,000 feet. Then of course, there is the cost. An A-10 today costs about $20,000 per hour to fly. That seems like a lot of money and it is. But the F-35, well, it's over $44,000 an hour. What this means is that in a long grinding conflict, that budget difference can add up quickly. The Air Force, of course, has also turned to the OA1K Skywarden for low threat environments. And it's a rugged agricultural aircraft that's been modified for light attack. It's a great airplane and a wonderful concept. It has a good loiter time and of course is inexpensive to run, but it is not a tank. It cannot absorb direct 23mm fire, and its payload is too small to stop a heavily armed formation or a massive maritime swarm like we've seen in the Straits. Then, of course, is the F-15EX or Eagle 2. It's been called a missile truck with an unholy payload capacity, but even it lacks the psychological impact of the hog. Ground troops have consistently cited how the low-altitude strafing run of an A-10 made the most effective form of close air support for breaking an enemy's will to fight. Here's the reality: there's a presence to the Warthog that a standoff missile simply cannot replicate. In other words, when the enemy sees that twin-tailed terror circling overhead, they usually flee. But

The People Keeping It Alive

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sadly, nothing lasts forever. As we approach the end of this legendary run, we've got to take a minute and recognize the people who have made it possible and gotten the Warthog to where it is today. For example, the maintainers at the Odden Air Logistics Complex, those Depot Artisans, have performed the impossible. They've sustained an aircraft that was never supposed to fly past the 1990s, all while integrating modern digital systems into an analog airframe. Many of these maintainers today are now transitioning to the F-35 and they're taking their legacy of rugged resourcefulness with them. And in April of 2026, we've seen the graduation of the final class of A-10 pilots. These men and women are entering the force at a moment when they are one of the most in-demand assets in CENTCOM. Yet they're also the last of their kind. The performance of the A-10 in Operation Epic Fury, especially in the rescue of Dude 44 and in the ongoing defense of the Strait of Hormuz, has ensured that the Warthog will not go out without a whimper, but with a roar. In many ways, you can think of the decision to extend the A-10 through 2030 as a testament to its unmatched ability in the wars we actually fight rather than the ones we plan for on paper. While, of course, it faces undeniable challenges against high-end integrated air defenses. Its performance in the last few months have proven that the Warthog remains the premier asset for maritime interdiction and of course, close range fire support. The legacy of the A-10, from the designers who built it in the 1970s to the pilots and maintainers who defined it, will remain the gold standard for close air support long after the last airframe is towed to the boneyard.

The Sound You’d Want Overhead

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Consider this: if you are a grunt on the ground, pinned down and looking for a miracle, which would you want to hear overhead? The silent, high-flying, invisible stealth of an F-35 or the unmistakable bone-shaking burt of the Warthog? And here's something else. I made this video based on a question I asked during my S3 Viking video. As some of you know and I've mentioned earlier in this video, the Viking and the Warthog share those same T F-34 engines. So I'd like to ask you now, what aircraft would you like to see a deep dive on next? Let me know your thoughts in the comments. And if you want to see more deep dives like this one, make sure to subscribe and click that bell for notifications. Until next time, this is TOG, and now you know PilotFot.com