Why does the US need an amphibious ship with marines and boots on the ground to take over Iran? While the US has been bombarding the Iranian shoreline for weeks.

Here is the problem.

The Iranians use fast attack boats.

While the US has these aircraft carriers, they cannot go into the shallow waters in the Straight of Hormuz.

The solution is these amphibious ships that can launch hovercrafts and transport Marines with assault vehicles.

The idea is to hunt down hidden launchers and attack all the targets near the shoreline.

Why amphibious warships and marines are specifically required to clear the straight of Hormuz.

First, the geographic problem.

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The Straight of Hormuz is one of the world’s most critical maritime choke points, handling roughly 20% of the global oil supply.

At its narrowest, the strait is only about 39 km or 21 nautical miles wide.

This extreme bottleneck forces massive, slowmoving commercial vessels to navigate incredibly close to the Iranian coastline and several strategically positioned islands.

In a conflict scenario, this geography is the perfect trap.

It heavily favors an anti-access area denial or A2 and AD strategy.

Instead of relying on a traditional bluewater navy, Iran military and the Islamic Revolutionary Guard corps utilize a layer defense strategy tailored specifically to these narrow confines.

This network includes naval mines deployed to indiscriminately halt traffic swarms of fast attack craft designed to harass or board larger vessels, land-based coastal defense cruise, missiles hidden in the mountainous coastlines, and loitering UAV used to track and target ships.

Traditional US Navy warships are incredible machines designed for deep water combat and longrange missile defense.

But in shallow congested waters, their reaction times to a coastal missile launch or a smallboat swarm are reduced to mere seconds.

They are vulnerable.

So what is the solution? You need these amphibious assault ships.

To counter these coastal threats, the US deploys specialized vessels like the America alongside was class and San Antonio class ships.

Unlike standard aircraft carriers, a ship like the USA’s triple E is essentially a mobile 45,000 ton expeditionary base optimized for coastal operations.

It carries a deadly versatile payload.

F-35B Lightning two fifth generation stealth fighters capable of short takeoff and vertical landing.

They provide precision air strikes, electronic warfare, and advanced sensor networking to hunt down hidden coastal missile batteries.

Ospreys and Super Stallions, heavy lift aircraft that can rapidly insert combat troops deep inland or onto hostile islands.

They’ve also got these Viper and Venom choppers.

Basically, these are lightweight attack helicopters.

Rotary wing assets specifically designed for close air support and chewing up fast attack boat swarms.

But the hardware is only half the equation.

Here is what the Marines actually do.

Marines do not just clear the water, they clear the coast to allow the Navy to operate safely.

A Marine Expeditionary Unit brings roughly 2,200 to 2,500 personnel into the theater, executing the doctrine of expeditionary advanced base operations.

They conduct hleorn or amphibious assaults to seize key coastal terrain and islands.

Taking this ground dismantles the enemy’s radar and missile sites, blinding their 280 network.

Before Navy mind sweepers can even begin clearing the straight, the shorelines must be secured so those vulnerable vessels aren’t fired upon.

Once Marines secure an island, they establish counterdenial zones by deploying their own mobile anti-ship and air defense systems.

They effectively flip the script, creating a protective bubble over international shipping lanes.

And if a merchant vessel is targeted, marine reconnaissance units and specialized boarding teams can operate from small craft and helicopters to secure the ship and deter hijackings.

But the real question is why do we need a smaller mini aircraft carrier when the US already has massive floating air bases like this nuclearpowered Nimttz class carrier? The answer is simple.

Air power alone cannot capture and hold a country.

You still need Marines and ground troops to secure territory and prevent any opposing army from reclaiming occupied land.

Two massive side elevators are the ship’s vertical conveyors, fing these flying machines seamlessly between hangar and flight deck to sustain high tempmpo operations.

Deeper below the vehicle deck bristles with readiness.

33 amphibious assault vehicles line up like soldiers waiting drill commands alongside M1 Abrams tanks, trucks, artillery pieces, and supply vehicles.

Ramps and elevators weave through the space designed for rapid movement.

The moment the order drops, engines roar and vehicles roll forward to the launch point.

At the stern, the well deck serves as the watery gateway.

This cavernous floatable bay swells as seawater floods in.

Three sleek hovercraft known as LCAC float effortlessly, ready to dash through surf and sand, fing tanks, troops, and gear where boats dare not tread.

Traditional landing craft share the well, offering versatility in assaults.

This open gateway to the beach is where sea-based operations spring to life.

The highest level of the ship is the bridge, which usually has two main levels.

The main level handles navigation and ship control, while the upper level, called the bridge wings, helps with better visibility and maneuvering during docking.

These two levels let officers effectively command the large vessel.

During underway replenishment, 7 to 10 key officers and crew members are on the bridge to maintain control.

This team includes the captain, executive officer, officer of the deck, conning officer, helmsman, Lee Helmsman, and quartermaster of the watch.

The captain supervises navigation by plotting courses, calculating distances, angles, and speeds, and adjusting for wind, currents, and tides.

This is to ensure the ship isn’t compromised by enemy coastal defenses.

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But why do military need an amphibious warship when we have a 4 billion aircraft carrier? Its air power is unmatched, rivaling that of a small country and able to shift the battlefield from hundreds of miles away.

Yet, despite this immense power, aircraft alone cannot occupy or control land.

They can destroy enemy forces and infrastructure, but cannot march into cities, secure streets, or protect civilians.

Winning a conflict requires soldiers on the ground to hold territory and stabilize the area.

This is the critical role of the amphibious warship.

It carries marines, tanks, and armored vehicles close to hostile shores and deploys them quickly using hovercraft.

These hovercraft traverse water, beaches, and difficult terrain, delivering troops where traditional landing craft or aircraft can’t go.

Marines then secure beach heads and push inland to clear urban areas and complex battlefields.

Missions impossible without boots on the ground.

The strength of amphibious forces lies in their seamless integration of ground troops, tanks, helicopters, and F-35 fighters.

Working together to suppress enemy resistance and maintain momentum.

Hovercraft add tactical flexibility by bypassing coastal barriers and carrying heavy vehicles air transport can’t handle, allowing forces to strike where the enemy least expects.

Once ashore, amphibious forces conduct sustained operations backed by naval gunfire and air support, stabilizing captured areas and protecting civilians.

Their operations follow a disciplined rhythm, planning, imbarcation, rehearsal, movement, and swift action, transforming sea power into lasting ground control.

While aircraft carriers dominate the skies, amphibious warships bridge the gap from sea to land, turning devastating air strikes into actual control and enduring influence.

Only with this combined capability can true victory and peace be achieved.

But the brute force multiplier of these hovercraft.

Let’s take a look at how they change the tide of the battlefield.

US Navy hovercraft, specifically the landing craft air cushion and its upgraded counterpart, the shipto-shore connector, revolutionize amphibious warfare with their speed and versatility.

These hovercraft can travel at speeds over 40 knots, about 46 mph, far quicker than traditional landing craft, drastically reducing transit time from warship to shore.

Their unique air cushion design allows them to glide seamlessly over water, beaches, marshes, ice, and difficult terrain, places where conventional boats cannot operate.

This ability opens access to roughly 70 to 80% of the world’s shorelines, vastly expanding potential landing zones beyond the limited 17% reachable by older landing craft.

Hovercraft can carry 60 to 75 ton payload, enough for one M1 Abrams tank or multiple armored vehicles and several dozen troops, making them invaluable for rapid deployment of heavy forces ashore.

Their capability to bypass natural obstacles like reefs, mines, and mud flats ensures that forces land where enemy defenses are weakest or least expected, enhancing tactical surprise.

Thanks to this speed and terrain flexibility, hovercraft enable amphibious forces to launch fast over the horizon assaults, sometimes deploying from 20 to 50 m or more offshore, significantly increasing ship survivability by operating beyond enemy missile ranges.

Operations using hovercraft changed the battlefield by allowing swift buildup and sustainment of combat power ashore, combined with naval gunfire and air support, maintaining momentum and overwhelming the enemy before defenses can react.

In the age of drone warfare, a giant ship like the Wasp class, a floating airport, faces new vulnerabilities.

Even a simple $20,000 Iranian drone has the potential to wreak havoc on its platform.

To resist such threats, these ships are armed with multiple defensive layers designed to counterattacks from every angle.

At the bow and stern, the rim 116 rolling airframe missile launchers rise above the starboard side superructure, offering clear lines of sight and rapid interception capability against incoming missiles.

Midway along the ship on both port and starboard sides, the Rim 7 Sea Sparrow missile launchers work in tandem with their fire control radars to provide broad coverage against aircraft and missile threats.

Failing systems protects the superructure and are found forward and aft of the ship.

Some Wasp class ships feature a third of midshipips, ensuring that defensive fire overlaps and every sector remains covered.

Mark 38 machine guns sit at the edges and corners of the hall.

their elevated open deck mounts, giving them a wide field of fire to engage fast boats or drones approaching from any direction.

Closest to the weather deck, 50 caliber M2 Browning machine guns are distributed at the bow and amid ships on both sides.

These are placed so operators can quickly respond to low close-in threats approaching the water line, filling the final gap in the ship’s comprehensive defensive envelope.

If the proceeding method proves ineffective against small targets, another close-in weapon system, the CRAM comes into play.

The CRAM integrates the radar and electrooptical system of the followings.

But this bad boy alone packs an 11 cell RAM launcher that can be reloaded, thus creating an autonomous system that can engage threats without relying on external information.

Within the CRAM is the RIM 116 rolling airframe missile equipped with an infrared homing device.

This small lightweight infrared homing surfaceto-air missile is specifically designed for engaging subsonic missile.

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