Posted on 03/28/2026 8:40:39 AM PDT by MtnClimber
There is a particular species of institutional error that only becomes visible in hindsight, and only then at considerable cost. It is not the error of building the wrong weapon. It is the error of discarding the right one because it does not fit the threat you expect to fight. The US Air Force spent the better part of a decade trying to retire the A-10 Thunderbolt II, requesting $57M in its fiscal year 2026 budget submission to decommission the remaining 162 aircraft, two years ahead of its own previously stated schedule. Congress blocked the effort, mandating a minimum fleet of 103 aircraft through September 2026. And then Operation Epic Fury began, the Strait of Hormuz closed, and the aircraft the Air Force wanted to scrap became the one the joint force needed most. The irony is not that the Warthog proved useful. The irony is that the environment where it proved essential was one American planners should have anticipated for decades.
American carrier aviation and Aegis destroyer capabilities were engineered for the open ocean, for blue-water engagements against sophisticated adversaries operating capital ships, cruise missiles, and ballistic anti-ship weapons. That engineering represents the correct solution to the problem it was designed to solve. The Strait of Hormuz presented a categorically different problem. Iranian tactics relied on swarm attacks using fast, low-signature boats, often armed with rockets, mines, and short-range anti-ship missiles. These are targets that are difficult to detect and track using conventional high-altitude strike profiles. The IRGC operated more than 1,500 such craft, composite and fiberglass hulls mostly under 15 tons, running between 50 and 70 knots, each carrying a Naser-1 anti-ship missile with a 35-kilometer range and a terminal speed of Mach 0.9, sufficient to mission-kill a frigate. Their doctrine was swarm, overwhelm, and saturate, forcing the defender to choose which threat to engage while knowing that every defensive weapon fired costs more than every offensive boat it destroys.
That cost asymmetry is where conventional naval doctrine collapses inside a confined channel. An SM-6 interceptor costs $5.3M. A Harpoon costs $1.5M and was engineered for cruiser-sized targets, not composite skiffs. The Phalanx CIWS empties its magazine in 20 seconds and requires 4 minutes to reload. An Aegis destroyer carries between 90 and 96 vertical launch cells, many of which are already committed to Tomahawks, SM-2 interceptors, and ESSM quad packs. Using those cells against a sustained swarm of $50K to $500K speedboats is not a doctrine. It is a bankruptcy proceeding conducted at sea. Consider the analogy of a master locksmith hired to fix a screen door. His tools are genuine, his skills are real, and his credentials are impeccable. None of that matters if he arrived with the wrong kit for the job in front of him. The Navy arrived at Hormuz with blue-water tools and found a brown-water problem, and the screen door stayed broken regardless of how impressive the locksmith’s reputation happened to be.
The A-10 exists at the opposite end of that cost spectrum, and this is precisely what makes the match between aircraft and environment so analytically precise. The Warthog is built around its GAU-8/A Avenger cannon, a seven-barrel Gatling system that fires 30-millimeter depleted uranium rounds at 3,900 per minute, or 65 rounds per second. The aircraft carries 1,150 rounds in a drum roughly the volume of a Volkswagen Beetle. A standard 2-second combat burst puts approximately 130 rounds downrange against a target. A fiberglass fast boat has no armor. The engagement math against that target runs to under $10,000, compared to $5.3M for an SM-6 intercept of the same threat. That is a 500-to-1 cost advantage, and it is not a marginal improvement within a shared category of performance. It restructures the entire economics of the engagement from the ground up. For medium-range targets, the Maverick air-to-surface missile runs between $150K and $170K per shot, still 30 times cheaper than the SM-6. For fast boats mixed with drone threats, APKWS laser-guided rockets cost approximately $35K per engagement. Across every distance inside the corridor, the A-10’s cost per kill runs between 30 and 500 times lower than the Navy’s available alternatives.
But cost alone does not explain why this aircraft specifically, and it is worth slowing down here because this is where the argument becomes most interesting. Any platform can theoretically deliver cheap munitions. What makes the A-10 the correct instrument at Hormuz is the simultaneous combination of characteristics that the environment demands and that no other aircraft in the current inventory provides together. The Warthog operates at low altitude with extended loiter time, allowing pilots to visually identify, pursue, and engage threats in real time, even in congested maritime environments where civilian and military vessels are intermingled. That visual identification capacity is not a secondary convenience. It is the primary capability the mission requires. When 3,200 civilian vessels anchor in the Gulf and IRGC boats disperse among them, no radar signature, no electronic profile, and no algorithmic targeting solution substitutes reliably for a trained pilot at low altitude with a clear line of sight to the water below. An F/A-18E Super Hornet crossing the corridor at over 500 knots leaves every surface target in the pilot’s visual field for under 2 seconds. At the A-10’s patrol speed, the identification window extends two to three times longer. The pilot sees the rocket launchers bolted to the gunnel, sees the military configuration, confirms the target, and fires. That sequence is not physically possible at supersonic approach speeds, and no amount of sensor sophistication fully compensates for that constraint.
Loiter time is the decisive metric in a sustained patrol mission, and here the A-10’s characteristics align precisely with what Hormuz demands. The aircraft can remain on station for approximately 1 hour and 50 minutes on internal fuel, extended to 2.5 hours with external tanks, flying racetrack patterns over the corridor, scanning, waiting, selecting. It does not consume its endurance transiting hundreds of miles from a carrier and back. It arrives at the 6-mile slot and stays. Its straight-wing configuration, often cited in retirement arguments as an aerodynamic limitation compared to swept-wing designs, produces more efficient lift at low speeds, burns less fuel per hour in the patrol regime, and enables a turn radius tight enough that the aircraft can reverse its patrol loop without ever departing the engagement zone. What looks like a design constraint in a comparison with the F-35 becomes a structural advantage inside a narrow maritime chokepoint. The aircraft was optimized for an environment that, as it turns out, looks considerably like Hormuz.
Survivability completes the argument. The A-10 pilot sits inside roughly 1,200 pounds of titanium armor, a cockpit enclosure engineered to withstand 23-millimeter armor-piercing rounds and 57-millimeter fragmentation. The aircraft’s redundant hydraulic and control systems can sustain catastrophic battle damage and continue flying. The IRGC’s coastal installations fire 12.7-millimeter and 14.5-millimeter machine guns at low-flying aircraft. A fast-moving strike jet avoids that threat by climbing out of range, surrendering the visual identification capability in the process. The A-10 absorbs the fire and continues the engagement, because absorbing that category of fire at low altitude while remaining operationally functional is precisely the engineering tradeoff its designers prioritized. The aircraft’s combat history across Desert Storm, the Balkans, Afghanistan, and Iraq demonstrated this survivability under live fire conditions repeatedly. At Hormuz, that history stopped being historical and started being operational.
What elevates Operation Epic Fury from a platform story to a strategic lesson is the joint architecture surrounding the A-10’s contribution. US Army AH-64 Apache attack helicopters are now operating alongside the Warthogs over Iran’s southern flank and the strait, staging from expeditionary sea bases, forward-deployed Navy platforms adapted to support Army aviation. Each Apache carries up to 16 Hellfire missiles at between $70K and $200K each and a 30-millimeter chain gun, the same caliber as the Warthog’s cannon. The Apaches operate at a lower altitude than the A-10’s patrol layer, engaging threats that pass through the upper layer’s coverage. Meanwhile, the Aegis destroyers preserve their vertical launch inventory for threats that genuinely justify the cost: anti-ship ballistic missiles, Mach-3 cruise missiles, capabilities that nothing else in the joint force can stop. US Central Command also employed multiple 5,000-pound deep penetrator munitions against hardened underground storage facilities along Iran’s southern coastline, collapsing the supply infrastructure feeding the coastal defense systems threatening the corridor from shore. The layered result is a system where the most capable and expensive weapons are reserved for the threats they were actually designed to defeat, while the cheaper persistent tools handle the volume threats that would otherwise drain the expensive inventory dry.
No other military in the world could assemble this architecture, and that is not rhetorical patriotism. It is a structural observation about institutional prerequisites. Integrating three separate service branches, each operating under distinct doctrine, distinct equipment, and distinct command culture, into a coherent simultaneous layered defense over a single 6-mile maritime corridor requires decades of joint training infrastructure, interoperable communications systems, shared logistics networks, and a practiced culture of inter-service coordination that most militaries never develop because their organizational incentives never demand it. Single-service dominance, which characterizes most of the world’s capable militaries, produces precisely the Navy-alone scenario that Iran’s swarm doctrine was designed to exploit. The IRGC studied the 2002 Millennium Challenge war game, in which a retired Marine lieutenant general used unconventional swarming tactics to sink 16 American warships in the exercise’s opening phase, forcing the Pentagon to restart the simulation with adjusted parameters. Iran built an entire naval strategy around that exercise, engineering 1,500 fast attack craft to overwhelm 96 vertical launch cells on an Aegis destroyer. The arithmetic was deliberate. The strategy was designed for a scenario where the American Navy answers the call without the Army and without the Air Force. The joint architecture that materialized above the strait exploits none of the vulnerabilities Iran’s planners built their strategy around, because Iran solved for the wrong equation.
The harder question is what comes next. The A-10 will eventually retire. Titanium armor and seven-barrel Gatling cannons do not operate indefinitely, and the sustainment cost of an aging airframe rises as flight hours accumulate. Operation Epic Fury has not resolved the retirement debate. It has made the debate considerably more expensive to resolve incorrectly. The capability gap the Warthog fills does not disappear when the airframe does. Fifth-generation strike aircraft have performed effectively against Iran’s air defenses and hardened infrastructure during Epic Fury, but experts have noted that their continued use against cheap, one-way attack drones and fast boats is economically unsustainable at scale. The F-35 is a remarkable aircraft optimized for a specific threat environment. That environment does not include hunting composite speedboats at low altitude over a congested 6-mile shipping lane, and no software upgrade changes the physics of its speed, fuel consumption, and minimum effective altitude. The question Congress and the Air Force must answer is not whether to keep the Warthog forever. The question is whether a successor capability exists that fills the same operational niche at comparable cost and comparable effectiveness. If the answer is no, and at this writing the answer appears to be no, then retiring the platform before that successor is fielded is not a budget decision. It is a capability decision, and the consequences of that decision will become visible the next time American forces confront a congested, narrow, contested maritime corridor where the correct answer is slow, cheap, and persistent rather than fast, expensive, and precise.
The Strait of Hormuz will not be the last such corridor. Analysts have identified the Taiwan Strait, the Bab el-Mandeb, and the contested island approaches of the South China Sea as environments with structural similarities to Hormuz: confined spaces, asymmetric threats, swarm tactics, and civilian vessel density that makes high-speed precision strike operationally difficult. The lesson available from Operation Epic Fury is not specific to Iran. It is a lesson about what kinds of capability matter in what kinds of environments, and about the institutional cost of failing to match tools to problems before the problem arrives. Dan Grazier, a senior fellow at the Stimson Center and director of its national security reform program, captured the underlying principle precisely when he observed that when you design a weapon system where every decision was made for matters of military effectiveness rather than procurement convenience, you get a genuinely effective aircraft. The Warthog is the proof case for that principle, and the Strait of Hormuz is where the proof was filed under live fire.
The A-10 was almost retired because it did not fit a doctrine built around the wars that planners expected to fight. The Strait of Hormuz was the war that actually arrived. The aircraft the Pentagon wanted to discard for $57M is the one currently holding open one of the world’s most critical energy chokepoints, destroying fast boats for under $10K per engagement while $5.3M interceptors stay in their cells for threats that justify the price. The equation is on the public record. It deserves to inform every procurement and retirement decision that follows
Build an IMPROVED A-10.
Should be plenty of suggestions and improved tech.
They should begin development of a version which removes the
Pilot, shrinks the size, increases the fuel and payload
“Congress blocked the effort, mandating a minimum fleet of 103 aircraft through September 2026”.
The real story is Congress’s unwillingness to cut any program actually worked in our favor for once!
Problem is that, like Vietnam, Iran doesn’t have to win, just outlast.
So far, our strategy on Iran appears to be incoherent.
Perhaps Israel is going to keep an eye on Iran. That's easier to do now that they have achieved regional hegemony in the Middle East.
Cool. Thanks
Good to know now. I didn’t before.
“The US Air Force spent the better part of a decade trying to retire the A-10 Thunderbolt II, requesting $57M in its fiscal year 2026 budget submission to decommission the remaining 162 aircraft, two years ahead of its own previously stated schedule.”
Not the point of the article but it says a lot about our military that it takes $57 million to “decommission” a hundred old aircraft. How about just parking them somewhere for free and letting them rot? Maybe have a mechanic drain the fluids first. The problem we have is that we do practically everything in the most wildly expensive way. Think how many cheap drones $57 million could buy.
Think how many air show pilots would take an A-10 for free.
The A10 is a beast.. and honestly it should not be retired with a proven replacement in place. Whether it be some remote piloted aircraft or another manned airplane, or some other platform. In nearly every military action at scale the US has engaged in since its inception it has proven its worth.
I don’t think they studied the wrong war game at all. They knew they could never match the U.S. so they modified their strategy. I don’t care how much stuff we blow up, we have not won until the strait is opened up.
The foot soldiers’/Marines best friend!
The fact this hagiography for the A-10 Warthog ended on such a demonstrably farcical whopper (in what world can the Strait of Hormuz be considered 'held open' by any reasonable stretch of the imagination?) warrants chucking the entirety of Muse's credibility overboard.
I think the ship traffic is down because of insurance costs.
If it ain’t broke, don’t retire it.
Easy enough.
Scan a current A-10.
Import into a CAD system that supplied of choice uses.
Make any Design,Engineering and CAE improvements etc
Send CAD to tool shop and create tool.
Send to plant an assemble.
Done
👍
Happy 50th Anniversary! The A-10 Thunderbolt II (Warthog) began delivery to the U.S. Air Force in March 1976, with the first production aircraft arriving at Davis-Monthan Air Force Base, Arizona.
The article argues that Iran’s biggest mistake wasn’t tactical—it was conceptual: It prepared for a structured, predictable war, while the U.S. executed a fast, disruptive, modern one that invalidated Iran’s assumptions from the outset.
The LAU-19 rocket pod holds 19 of the APWKS 70mm laser guided rockets each one with a varieties of warheads. The basic 13.5lb blast frag will obliterate a Shahed with its proximity fuse setting. Same for a 30foot skiff it’s overkill for either but its proximity setting means it only needs to be within 10 meters and boom problem solver.
The A10 has 11 hardpoints the three under the fuselage are wet for tanks and 3500&5000lb rated for the big 600 gallon ferry/ loiter tanks the inner wing pylons also can take the 600gal tanks but you lose 2 of 8 wing pylons and those inner ones can take triple racks of LAU-19 pods the next two outer wing pylons can take doubles of LAU19 and the other singles of course the drag of 16 LAU 19 pods would not be mission ideal the better load would be a sniper targeting pod in the outermost pylon and a ECM pod in the opposite wings outer for balance. Then single LAU 19 one each next inner, then a quad pack of Hellfires on each side, then a double pack on the inner heavy pylon. And twin 350 gal tanks under the fuselage. With way you have three levels of engagement. The 30mm bbbrrrrr for small fast cheap targets. 6X19 of 70mm laser guided rockets and 16 Helfires which double the warhead size of the 70mm and are used for larger Corvette sized ships like mine layers. Cost goes up with each step from 10K, 35K and 225K use the cheapest munition possible for target at hand.
Of course you could loiter MQ9s with rocket pods too they can take single LAU7 or LAU19 depending on which pylon point you hang them on plus 500lb JDAM and 250# SDBII both of those are 250K plus it’s the 70mm that changes the game at only 35K the problem with reapers is they need long land based runways unless they have the STOL kits and then LPH/LPA decks are enough and no 30mm brrrrrrrtttt then again gun pods are a thing the Russians love them. We make them in 20mm, 50cal and even a 4 barrel version of the A10 guns 30x173mm same rounds. Too heavy for a Reaper though.
https://weaponsystems.net/system/1051-GPU-5
This one is made for the Reaper
https://www.twz.com/43936/check-out-the-gun-pods-on-the-rugged-mojave-unmanned-aircraft
FN makes 50 cal pods that helos and Reapers can lift and uses standard NATO pylons and wiring.
https://fnamerica.com/products/fn-airborne-pod-systems/fn-hmp400-pod/
Add in some 70mm rockets under the pod for good measures too. This is the triple, they make 4,5,6 depending on the o uhh pylon max weight the Reaper carries 650 on it’s inner wing pylons and under the fuselage too.
https://fnamerica.com/products/fn-airborne-pod-systems/fn-rmp/
Case in point with this type used on helos.
Second post from the bottom is the most Soviet thing I have seen in a while. Triple gating guns in a pod is peak slav dakka.
https://beyondthesprues.com/Forum/index.php?topic=325.0
Point is the USA needs a cheap loitering gun and rocket truck to dump rounds and very cheap rockets vs missiles on swarms of boats and drones from above them.
The OV10 Broncos were perfect for this they can take off as is from a LPD/LHA no cat or wires needed and half the flight time cost of an A10 or less. The OV 10 carried a 20mm gating pod under the center at 1790lbs that held 1200 rounds the Broncos also packed 500# class 20mm pods these would fit on a Reaper too.
[GPU-2/A
A lightweight gun pod fitted with the M197 20 mm cannon, the unit weighs only 586 lb (266 kg) loaded with 300 rounds of ammunition. It has selectable fire rates of either 700 rpm or 1,500 rpm.[15] The pod is self-contained and powered by a Ni-Cad rechargeable battery, with sufficient charge to expend three complete loads before needing to be replaced.[16] This weapon has been tested on the A-37 Dragonfly and OV-10 Bronco.[17][18]- Ai
Speaking of the A-37 Dragonfly
It also had good loiter and packed a punch on the cheap. Something the fighter mafia hates and their MIC kickback generals hate too.
https://en.wikipedia.org/wiki/Cessna_A-37_Dragonfly
Iran proves once your SEAD aircraft smash the AA and area air defense you need CAS bomb trucks with loiter there is no substitute they can be drone based or piloted but you need high and slow and low and slow too.
We should be bulding a F ton of these little buggers , cheap, super long loiter , and long range too. It’s basically a P51 Mustang with a turbo prop. Armed to the teeth with 50 cal , 20mm and 70mm guided rockets which also come in fire and forget.
https://www.airforce-technology.com/projects/at-6b-light-attack/
Effectively mini sidewinders with backup laser guided mode. Remember the Redeye and Stinger MANPADs both are based off the original 70mm rocket body and motors.
https://www.twz.com/air/infrared-seeker-for-apkws-guided-70mm-rockets-unveiled
Also bring back peak Vietnam era dakka they slung a 20mm turret under the OV10 and sent it out truck and sampan busting the there is great vids of it circling and just dumping rounds into all sorts of ground and pound. Against a Shahed it would be lethal no need to maneuver all around just point the gun and brrrr no more drone.
https://www.reddit.com/r/WarplanePorn/comments/1du7gm3/ov10_bronco_with_20mm_cannon_1515x1176/
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