U.S A-10 Warthog Just Did Something HISTORIC Over Iran…Tehran’s Worst NIGHTMARE!

The first 30 mm shell leaves the barrel of the GA AU8 Avenger at 3,300 ft pers.

It is followed by 64 more in the span of a single heartbeat.

The kinetic energy of the burst equivalent to the recoil force of a small tank vibrates through the airframe momentarily slowing the aircraft’s forward momentum.

4,000 ft below the sea surface erupts.

The rounds penetrate.

When the high velocity depleted uranium penetrators strike the fiberglass hull of an IRGC fast attack craft, the transition from solid to plasma is near instantaneous.

The water inside the boat’s fuel lines and engine cooling systems flashes to steam, causing the internal hardware to detonate outward.

The speedboat, which had been maneuvering at 45 mph, is literally erased from the water surface.

This is the first link in a new tactical sequence, a betrayal of every expectation the Iranian Revolutionary Guard Corps had about the limitations of the US Navy.

The Straight of Hormuz is a 21-m wide choke point where the rules of traditional naval warfare do not apply.

In these confined waters, the Arley Burke class destroyer, a 2.2 billion masterpiece of engineering, faces a mathematical nightmare.

Its A/Sp1D radar is designed to detect supersonic missiles at the edge of the atmosphere.

But at sea level, it must contend with sea clutter, the chaotic return of radar waves bouncing off White Cap’s salt spray and the thousands of commercial vessels that transit the Persian Gulf daily.

The IRGC’s swarm doctrine was built specifically to exploit this.

By deploying 30, 40 or 50 small fast attack boats, they create a saturation problem.

For the commander of a US destroyer, the dilemma is one of logic and ROI.

If the ship fires a RIM162 ESSM, it is spending $1.

1 million to destroy a boat that costs less than a used pickup truck.

More importantly, every missile fired is a hole in the ship’s defensive magazine.

Once the vertical launch system cells are empty, the ship must leave the combat zone to reload at a specialized port.

We all have that one tool in the back of the garage.

Maybe it’s an old 1970s Ford F150 or a cast iron skillet your grandfather used.

It doesn’t have a touchcreen or a sleek design, but when the modern high- techch version breaks down because a sensor got wet, that old machine just keeps humming.

That is exactly what the A10 is for the US military.

It’s the old reliable that the Pentagon tried to throw away five times only to realize that in a real fight, the old way is sometimes the only way that works.

If you’ve got a piece of gear at home that’s older than you, but still gets the job done every time, tell us what it is in the comments.

We want to see the wartthogs of your daily lives.

The arrival of the A10 Thunderbolt 2 in the Persian Gulf changed the math of the strait through a process called data integration.

The A10 does not hunt alone.

High above the clutter, a P8 Poseidon maritime patrol aircraft acts as the manager of the engagement.

The P8 Poseidon uses its APY10 radar to map the entire swarm in high resolution.

The P8 Poseidon identifies which boats are carrying heavy machine guns and which are carrying rocket launchers.

It then pushes this digital target list directly into the A-10’s cockpit via link 16 to a cold operator.

This is a transition of ROI.

The A10 pilot doesn’t have to spend fuel or time searching.

Their tactical awareness display lights up with digital icons, each representing a specific IRGC boat.

The A10 drops from its transit altitude of 15,000 ft descending into the envelope at 350 mph.

Because the A10 is a straightwing aircraft, it can maneuver with high agility at low speeds, allowing the pilot to maintain visual tally on multiple targets at once, something a faster jet like the F35C Lightning 2 struggles to do in the cramped confines of the straight.

As the A10 levels off at 3,000 ft, the pilot selects the first weapon in the sequence, the APKWS.

The APKWS is the ultimate expression of sequence logic.

Instead of using a million-doll missile, the A-10 uses a 2.

75 in rocket that has been fitted with a laser guidance kit.

At $22,000 per round, the APKWS is the first weapon that actually favors the US in the cost per kill equation.

The pilot paints the lead IRGC boat with the AAQ28V4 litening targeting pod.

A trigger pull releases the first rocket.

The APKWS motor ignites and four mid-body guidance fins deploy.

The rocket searches for the laser energy reflecting off the target’s hull.

In the kinetic environment of the straight, the IRGC boats are zigzagging to avoid fire.

The APKWS guidance system lead compensates for this movement.

The rocket strikes the engine transom of the lead boat with a circular error probable of less than 1 meter.

The lead boat’s propulsion is neutralized, causing it to veer wildly or stop dead in the water.

For the IRGC, this is the first betrayed expectation.

They assume that precision was a limited resource.

They didn’t expect the A10 to carry 38 of these smart rockets in its pods.

By the time the third boat is hit, the swarm’s formation is in total disarray.

The saturation advantage is gone.

The hunters have become the static targets.

With the swarm disorganized, the A-10 pilot switches the master arm to gun.

The pilot enters a 30° dive.

The head-up display shows the CCIP reticle a digital circle that tells the pilot exactly where the 30 mm rounds will land, accounting for wind air speed and the aircraft’s dive angle.

The GAU8 Avenger spins up.

It takes only 0.

2 seconds for the seven barrels to reach their full firing rate of 3,900 rounds per minute.

The sound is a visceral mechanical roar, a sound that carries for miles over open water.

A 0.

7 second burst sends 45 rounds toward the second boat in the formation.

Each shell is a PGU14/B armor-piercing incendiary round.

The core of the shell is a subcalibur depleted uranium penetrator.

When these rounds hit the water, they create a hydrostatic shock wave.

Even rounds that narrowly miss the boat create enough pressure to buckle the thin fiberglass hull from the side.

The rounds that hit the boat pass through it as if it were made of paper.

A 30mm round hitting a marine engine block is a study in destructive physics.

The engine made of cast iron or aluminum cannot absorb the kinetic energy of a round traveling at Mach 3 approximately 2,300 mph at sea level.

The engine shatters into secondary fragmentation which then acts as shrapnel, shredding the rest of the boat from the inside out.

The A10 pulls out of the dive.

The pilot feeling 4 G’s of force as the aircraft levels off at 500 ft.

The pilot doesn’t bank away to return to a carrier.

They simply circle.

The A10’s loiter time is its greatest psychological weapon.

It stays in the killing zone, its engines humming, waiting for the next target to move.

There is a deep irony in why the A-10 is so effective in the maritime environment.

It was originally designed in the 1970s to kill Soviet tanks on the planes of Germany.

It was built to be slow, so the pilot could see the targets, and it was built to be tank-like, so it could survive being hit by anti-aircraft guns.

The IRGC Swarm relies on small arms and shoulder-fired missiles for defense.

Against a fragile, high-speed jet, these weapons are dangerous, but the A10 pilot sits in a 1,200 lb titanium bathtub that can withstand direct hits from 23 mm explosive shells.

The aircraft has redundant flight controls and engines mounted high and wide to prevent a single hit from taking out both power plants.

In the strategic historian’s view, the A10 is the only aircraft in the US inventory that is comfortable in the swarm’s environment.

It doesn’t fear the small caliber defense of the IRGC.

It flies directly into the heart of the swarm, ignores the machine gun fire, and delivers a volume of fire that no other platform can match.

The Atten took a problem that the $2 billion Navy destroyers couldn’t solve and solved it with a 50-year-old airframe and a $22,000 rocket.

The most advanced technology is not always the most effective.

Sometimes the most effective technology is the one that allows you to outsequence the enemy’s logic.

As the engagement continues, the cold operator logic of the A10 becomes even more apparent.

The aircraft is carrying 1,150 rounds of 30 mm ammunition.

After five strafing runs, the pilot has only used 25% of the magazine.

Contrast this with the F/ A18E Super Hornet, which carries only 500 rounds of 20 mm ammunition, a lighter caliber that lacks the penetrator power of the 30mm DU rounds.

The F/ A18 would have to return to the carrier to rearm after just a few minutes of combat.

The A10, however, can stay over the straight for up to four hours, refueling from a KC135 Strato tanker if necessary.

This persistence is what breaks the IRGC’s will.

They cannot wait the A-10 out.

They cannot hide in the clutter because the P8 Poseidon is still watching from 30,000 ft, updating the A-10’s tactical map in real time.

One by one, the remaining boats in the swarm attempt to flee back toward the Iranian coastline, but the A-10 is faster than a speedboat.

It herds them.

A short burst from the gun in front of a fleeing boat’s bow is often enough to force a surrender or a dead stop.

This revision removes the bullet points from beat 7, expanding it into a dense tactical analysis and adds a highly kinetic beat 8 to describe the final suppression of the swarm.

The US Air Force’s decision to transition the A-10 Thunderbolt 2 from land attack roles to maritime interdiction was a direct response to the magazine depth crisis facing the US Navy.

By assigning the wartthog to the straight of Hormuz Sentcom essentially offloaded the burden of asymmetric defense from the fleet’s apex predators.

When a destroyer stays in the outer ring, its vertical launch system remains fully loaded with high-end interceptors like the RIM162, ESSM and RIM66 standard missile, ensuring that the carrier strike group is protected against sophisticated anti-ship cruise missiles.

The A10 acts as a logistical shield, allowing the Navy to save its multi-million dollar bullets for threats that actually require them.

The presence of the A10 Thunderbolt 2 signals that the US military has achieved a sustainable kill chain where the cost of the interceptor is finally lower than the cost of the target.

This realization fundamentally breaks the IRGC’s deterrence logic as they can no longer bank on the Navy’s hesitation to engage.

The sequence of detecting with the P8 Poseidon assigning via link 16 and neutralizing with the APKWS creates a maritime environment where the US can maintain a persistent lethal presence without depleting its strategic reserves.

The engagement in the straight of Hormuz was never truly about a mismatch in firepower.

The US Navy has more kinetic energy in one carrier strike group than the entire Iranian military combined.

The engagement was a contest of sequence logic.

For years, the Navy was trying to solve a 21st century asymmetric problem with 20th century high-end tools.

They were trying to use a $2 billion destroyer to hunt $50,000 NATS, a strategy that was tactically sound, but strategically suicidal.

The A10 Thunderbolt 2 succeeded because it was built for a different kind of war, one of attrition, volume, and persistence.

By moving the hog from the land to the sea, the US military proved that tactical flexibility is more important than technical sophistication.

The IRGC expected a navy that was too expensive to fight.

Instead, they found an air force that was too efficient to ignore.

The betrayed expectation was that the US would play by the rules of modern highcost warfare.

The A10 threw those rules out the window.

As we look at future conflicts in the South China Sea or the Red Sea, the lesson of the wartthog remains sequence beats firepower.

If you can identify the target faster, hit it cheaper and stay over it longer, you don’t need the most expensive ship in the world.

You just need a plane that refuses to retire, and a gun that refuses to stop.

The IRGC swarms are still there.

The speedboats are still fast, but the horizon is different now.

The low guttural rumble of the GAU8 Avenger is a constant reminder that the math of the strait has changed.

The NAT problem has been solved.

And the solution didn’t come from a laboratory or a billion dollar defense contract.

It came from the graveyard of the Cold War, proving once again that in the world of tactical combat, there is no substitute for a flying tank and a very, very deep magazine.

The price of winning is the realization that our most advanced technology isn’t always our most effective.

Sometimes the most innovative thing a commander can do is reach back into the past and pull out a tool that was built to last, built to be seen, and built to kill everything in its path.

The Atten Thunderbolt 2 didn’t just save the Navy’s magazine depth.

It restored the balance of power in the world’s most dangerous waterway.

And it did it all without firing a single milliondoll missile.

In the end, the Wartthog proved that even in the age of stealth and cyber warfare, there is still a place for 30 millimeters of direct kinetic reality.