If you know them, you love them.

And Apache helicopter gunships are flying strike missions inside Iranian airspace.

At 3:00 a.m., engines ignite across desert air bases.

Rotor blades begin slicing through the humid Gulf air.

Radar screens light up with fastmoving drone signatures.

Inside a forward base in the United Arab Emirates, crews rush toward armed helicopters.

Technicians pull covers off AH64 Apache gunships.

Fuel lines connect as JP8 begins flowing rapidly.

The mission clock has already started ticking.

Miles away over the water, the Straight of Hormuz sits under constant surveillance tonight.

This narrow corridor carries massive global oil shipments daily.

Now it has turned into a live combat zone.

Drone threats are forming beyond the radar horizon.

Back on the flight line, weapons crews move with precision.

Hydra 70 rockets slide into launch pods carefully.

Hellfire missiles lock onto reinforced pylons beneath each wing.

Ammunition belts feed into the 30 millimeter chain gun.

Inside the cockpit, pilots power up advanced targeting systems, FLIR optics begin scanning the darkened horizon ahead.

Digital displays flicker alive with incoming threat data.

Every system is checked twice before clearance is granted.

Farther down the runway sits with its ramp open, its cargo bay carries another Apache in sections.

Crew members guide components onto transport vehicles quickly.

Assembly teams prepare tools under flood lights nearby.

At the assembly zone, mechanics begin rebuilding the helicopter frame.

Rotor hubs are locked into position with precision torque tools.

Avionics panels reconnect with tightly secured wiring harnesses.

Each step moves quickly, but never loses accuracy.

Across another sector, radar operators detect a new drone wave forming.

Lowitude contacts appear scattered across the display.

These are not isolated threats anymore.

The pattern suggests coordinated movement toward shipping lanes.

Inside the command center, targeting data flows instantly.

Coordinates transfer directly to standby Apache crews.

Pilots receive real-time updates through secure communication links.

The intercept window is narrow and closing fast.

Suddenly, alarms cut through the calm inside a nearby ship.

This Apache helicopter can fly up to 170 mph.

What that might tell a military observer is that if you’re flying, a combat alert triggers immediate launch protocols on board.

Deck crews scramble toward a ready Apache helicopter.

Tie down chains release as engines roar to full power.

The aircraft lifts sharply into the dark sky above.

Navigation lights blink briefly before fading into night.

The helicopter banks toward the incoming threat corridor.

Its mission is already locked in place.

Back at the base, another Apache prepares for immediate departure.

Fuel trucks disconnect as the aircraft reaches full readiness.

Ground crew signal clearance with illuminated wands.

The helicopter begins its forward roll toward takeoff position.

Inside the cockpit, targeting reticles align with incoming radar feeds.

Pilots track moving signatures across their display screens.

Drone formations continue expanding toward critical shipping routes.

Every second now matters for interception timing.

Farther along the coastline, maritime traffic continues moving cautiously.

Oil tankers adjust routes based on military advisories.

Naval escorts maintain distance while scanning for hidden threats.

The entire region operates under constant tension.

At the maintenance bay, another helicopter returns from patrol.

Its fuselage shows signs of recent engagement activity.

Technicians move in immediately to inspect every critical component.

Refueling begins before the rotors even stop spinning fully.

Inside the hanger, weapons teams reload spent ammunition systems.

Empty rocket pods are swapped for fully loaded replacements.

Chain gun rounds are restocked with fresh belts quickly.

The turnaround time is measured in minutes, not hours.

Across the radar grid, more signals begin appearing again.

The threat pattern refuses to slow down tonight.

Each intercepted drone is replaced by another incoming wave.

This is no longer a single engagement cycle.

Back in the air, the launched Apache approaches its intercept zone.

Fleer optics lock onto faint heat signatures ahead.

The pilot steadies the aircraft at low altitude.

Engagement range is closing rapidly now.

Inside the operations room, commanders monitor every movement live.

That is in the straight of Hormuz.

That’s the town of Bonder Abas.

And you’re going to hear a lot about it as the campaign continues to ramp up.

In that part, multiple sectors display simultaneous threat activity patterns.

Helicopter positions update continuously across digital maps.

The operation is expanding beyond a single zone.

At another desert strip, additional aircraft prepare for deployment.

Engines warm up as crews receive final mission briefings.

Every helicopter joins the same repeating cycle tonight.

Launch, intercept, return, and rearm without pause.

The sky over the straight remains active with unseen movement.

Drone paths shift constantly to avoid predictable interception routes.

Radar coverage stretches across multiple overlapping sectors.

No gap is left unmonitored for long.

Back at the forward base, another Apache begins its takeoff run.

Its weapons load gleams under harsh flood light reflections.

Crew members step back as rotor wash intensifies rapidly.

The aircraft lifts into the night toward another engagement.

And across the region, the cycle continues building momentum.

Inside the cockpit, the pilot steadies the Apache at low altitude.

Fleer optics sharpen as multiple heat signatures appear ahead.

The targeting reticle begins locking onto the closest drone formation across the sensor display.

Small moving dots spread across the grid.

These are not random contacts drifting through open airspace.

Their movement shows coordinated vectors toward shipping lanes.

The pilot adjusts heading to intercept the leading group.

Far below the straight of Hormuz reflects faint moonlight.

Tonight, oil tankers continue moving under cautious naval escort.

Radar coverage blankets every sector with overlapping detection zones.

Still, the incoming drones keep pushing forward relentlessly.

Inside the weapon system panel, the gunner selects Hydra 70 rockets.

Launch parameters update instantly based on target distance.

Wind speed and altitude corrections calculate automatically in seconds.

The system confirms readiness with a steady tone.

Suddenly, the first engagement begins without hesitation.

A ripple of rockets launches toward clustered drone positions.

Bright streaks cut through the dark sky at high speed.

Military problem.

They are not producing more weapons and in fact we are destroying the places where the weapons are.

Seconds later, flashes erupt across multiple contact points.

Fragments scatter as several drones lose stability midair.

Heat signatures fade quickly from the fleer display.

The pilot banks slightly to avoid debris drifting downward.

Another group remains intact and continues advancing forward.

Back inside the targeting interface, the gunner switches to Hellfire missiles.

These are reserved for more distant or evasive targets.

Lock confirmation tones pulse steadily through the headset.

The missile tracks a moving drone attempting altitude change.

Across another sector, a second Apache approaches from the coastline.

Its sensors begin picking up overlapping drone signals ahead.

Coordination between aircraft happens silently through data links.

Each helicopter covers a different threat angle.

The Hellfire missile launches with controlled precision forward.

Its guidance system adjusts instantly during flight path.

correction.

Seconds later, the target disappears from the display completely.

The explosion leaves no visible debris trail behind.

At the radar center, operators watch engagement zones update live.

Confirmed kills reduce the number of active incoming threats.

However, new signals begin appearing beyond the previous wave.

The pattern suggests continuous drone deployment offshore.

Back inside the cockpit, the pilot lowers altitude for closer tracking.

The Apache moves just above water level at high speed.

Rotor wash disturbs the surface as the aircraft advances forward.

The gunner prepares the chain gun for rapid engagement.

Inside the weapon system, the 30mm chain gun activates.

Ammunition feeds smoothly through the rotating barrel mechanism.

Targeting reticle aligns with a fastmoving drone ahead.

The pilot stabilizes briefly for accurate firing alignment.

A burst of rounds fires in controlled short intervals forward.

Tracer lines streak through the night toward the target.

The drone shatters instantly under sustained impact force.

Do you think the Iranians can maintain control of that straight, that 21m strip of waterway that’s so important to so many countries? Farther down the air corridor, additional drones begin splitting formation.

Some attempt lower altitude routes to avoid detection systems.

Others climb higher to stretch radar coverage limits.

The engagement zone becomes more complex every minute.

Across the command network, targeting data continues updating rapidly.

New vectors are assigned to different Apache units instantly.

Each aircraft adjusts position based on emerging threat directions.

No helicopter remains stationary for long.

Inside the maintenance zone, returning aircraft undergo rapid inspection cycles.

Heat signatures still glow faintly across recently used weapon mounts.

Technicians reload rocket pods with fresh hydro rounds quickly.

Refueling begins before diagnostics are fully completed.

Back on the flight deck of a nearby ship, another Apache prepares.

Tie down chains release as engine power increases steadily.

Deck crew signal clearance under intense rotor wash conditions.

The helicopter lifts directly into its assigned intercept route.

Inside the radar grid, the situation begins shifting again.

Multiple drone waves now approach from different angles simultaneously.

This is no longer a single direction threat anymore.

The system must handle layered engagements across wide coverage zones.

At another forward strip, ground crews accelerate rearm operations.

Hellfire missiles are mounted carefully onto external pylons.

Chain gun ammunition belts are replaced with full capacity loads.

Every aircraft must return to combat readiness within minutes.

Inside the cockpit of a redeployed Apache systems activate instantly.

Targeting displays reconnect with the shared radar network.

Pilots receive updated coordinates before reaching engagement zones.

There is no delay between deployment cycles anymore.

over open water.

The next intercept begins almost immediately.

Fleer optics detect a fresh group moving at higher speed.

The pilot adjusts angle to intercept from the side.

The gunner prepares mixed weapon engagement for efficiency.

Rockets launch again toward clustered targets at mid-range distance.

Several drones break formation under impact pressure quickly.

Others attempt to scatter toward multiple escape paths.

The Apache maintains pursuit without hesitation or slowdown.

and AH64 Apaches have joined the fight on the southern flank uh and they continue to work on the southern uh side and that includes uh some of our allies who are using Apaches to handle.

At the operations center, commanders track expanding engagement coverage.

Multiple aircraft operate across different sectors simultaneously.

The defensive pattern now forms a continuous protective barrier.

Still, incoming signals continue appearing beyond the horizon.

Inside the engagement zone, the cycle repeats without pause.

Tonight, launch, intercept, destroy, return, and rearm continues constantly.

No single wave defines the battle anymore.

The system operates against an ongoing stream of threats across the straight of Hormuz.

Multiple engagement zones activate simultaneously.

Radar screens fill with new contacts emerging from distant sectors.

This is no longer a single wave approaching from one direction.

Inside the command center, operators track layered threat formations expanding.

Each grid now shows overlapping drone vectors moving at different speeds.

Some approach low across the water to avoid radar detection.

Others climb higher, testing the limits of surveillance coverage.

Back over open water, three Apache helicopters spread across separate corridors.

Each aircraft holds a defined intercept lane within the network.

Their movements are synchronized through continuous data link updates.

No pilot flies blind inside this expanding battle space.

Inside the cockpit of the lead Apache.

Important point here talking about the Apache helicopter.

Talking about the A-10 Warthog.

Operation Epic Fury rolls on first in the Apache.

Top speed 170 mph.

Targeting systems remain active constantly.

Fleer optics sweep across multiple heat signatures ahead.

The pilot maintains low altitude for sharper tracking precision.

The gunner prepares a mixed engagement strategy immediately.

Suddenly, the radar grid updates with a dense cluster forming.

This is where everything changes.

The incoming pattern shows tighter spacing and faster movement speed.

The threat level increases instantly across all active sectors.

Hydro rockets launch in rapid succession toward the clustered formation.

Bright trails streak across the sky in controlled bursts.

Multiple drones vanish from the display.

After impact moments later, the remaining targets begin scattering unpredictably.

Farther down the coastline, another Apache dives into engagement range.

Its chain gun activates with short controlled firing bursts.

Tracer rounds connect with low-flying drones, attempting evasive movement.

The aircraft adjusts position to maintain tracking advantage.

Across another sector, Hellfire missiles engage distant targets with precision.

Each launch removes a high-speed drone before it closes distance.

The intercept pattern forms a layered defensive wall over the straight.

No single path remains open for incoming threats.

Back at the desert air base, returning helicopters land under intense lighting.

Ground crews move instantly toward each aircraft without delay.

Fuel lines reconnect while rotors still spin above them.

Reload operations begin before pilots even exit their seats.

Inside the maintenance zone, technicians swap empty rocket pods rapidly.

Fresh hydra rounds slide into position with practice coordination.

Chain gun ammunition belts are replaced with full capacity loads.

Right now, the Apache is operating in an area, a theater of war that it can just do what it wants.

So, too with the Warthog, they’ve been trying to put the Warthog out of business for years, right? Every second saved increases total combat coverage time.

At another forward strip, the newly assembled Apache enters service.

Its systems activate immediately after final inspection clearance.

Pilots climb aboard without extended briefing delays.

The aircraft joins the ongoing cycle within minutes of arrival.

Over the water, redeployed helicopters re-enter engagement zones quickly.

Targeting displays sync again with the shared radar network.

Coordinates update in real time across all aircraft simultaneously.

The operation now functions as a continuous rotating system.

Inside the radar center, operators notice a critical shift developing.

Drone waves now attempt multidirectional entry into protected areas.

This is no longer linear movement across predictable routes.

The system must respond to complex overlapping patterns.

Back in the air, Apache units begin crossovering adjacent sectors.

One aircraft engages while another monitors flanking movement nearby.

The layered defense adapts instantly to shifting threat behavior.

No sector remains isolated under this system.

Far offshore, additional drone launches are detected beyond the horizon.

New contacts begin forming before previous waves fully collapse.

The engagement cycle compresses into shorter response intervals.

There is no pause between attack sequences anymore.

Inside the cockpit, pilots manage continuous target acquisition without rest.

Flur systems track heat signatures across a crowded display field.

The gunner alternates between rockets, missiles, and chain gun rapidly.

Each weapon serves a precise engagement purpose.

At the flight deck of a naval vessel, another launch sequence begins.

Deck crews secure the area as rotor blades accelerate rapidly.

The helicopter lifts directly into an active intercept route.

Its mission integrates instantly with existing operations.

Boeing AH64E Apache attack helicopters.

And this isn’t just a routine upgrade.

It’s a major leap in speed, strike range, and battlefield awareness across the entire region.

The defensive network becomes fully active.

Multiple Apache units operate across different altitude levels.

Radar coverage overlaps with airborne targeting systems continuously.

The straight transforms into a controlled engagement environment.

Back at the base, the cycle repeats without interruption again.

Land, refuel, reload, relaunch, continues with mechanical precision.

Crews rotate positions to maintain constant operational readiness.

No aircraft remains idle for extended periods.

Tonight, inside the operation center, commanders monitor sustained dominance patterns forming.

Drone losses accumulate faster than new waves can advance.

Intercept efficiency increases with each repeated engagement cycle.

The system learns and adapts with every encounter.

Yet across the horizon, faint signals begin appearing once more.

Another wave starts forming beyond current engagement range.

The radar grid slowly fills with new incoming contacts again.

The cycle is far from reaching any final end point.

Back in the air, Apaches continue patrolling assigned sectors relentlessly.

Their presence defines control over the straight of Hormuz.

Now every incoming threat meets immediate interception response.

Still the system never powers down or slows.

The radar is still filling and the next wave is already forming.