The first moment that the NATO Combined Fleet appeared on the radar twelve radar sources, the sirens were directly sounded. Pen | fun | pavilion www. ｂｉｑｕｇｅ。 ｉｎｆｏ

The data from the horizontal detection radar converged with the phased array radar, and the fire control radar then locked on to the radar signal that appeared.

For this obvious signal of an unfamiliar aircraft, it is still on the edge of the fleet, and the fleet at war does not need any instructions at all, and the commander of the destroyer weapons on the periphery gave the order to launch an anti-aircraft missile at the first time.

It takes a dozen seconds to discover, order the attack, and launch the missile.

The U.S. Aegis ships can launch anti-aircraft missiles within ten seconds, but that is at a certain time, and under normal circumstances, it takes more than ten seconds.

And this time is completely sufficient for a normal non-stealth fighter, but for a stealth fighter, this time is still too long.

The fire control radar on the destroyer on the periphery of the U.S. fleet was about to launch a missile when the target on the radar suddenly message.

The Aurora bomber that has completed the attack has adjusted its direction, the afterburner is all turned on, and the four super-thrust engines instantly increase the speed of the bomber to supersonic speed, and the speed quickly reaches 2.5 sonic speed.

A deafening sonic boom erupted above the sea level, and the waves on the surface of the sea rippled along with the sonic boom cloud.

The fuselage of the twelve Aurora bombers was stretched by nearly 30 centimeters at a super-fast speed, and they quickly returned to the territory of the Iraq-Syrian Federation at a height of nearly 50 meters above the sea surface.

The anti-aircraft missiles were about to attack, but the target suddenly disappeared, and almost all the destroyers on the periphery sent out a message of inquiry, asking whether the early warning aircraft in the sky had found a target.

The Hawkeye early warning aircraft in the sky naturally did not make any discoveries, and the performance of the US Navy's carrier-based version of the Hawkeye early warning aircraft is relatively old, and there is no ability to discover stealth aircraft at this stage.

There was no news from the AWACS plane, but the thermal energy signal of the missile's tail flame did not escape the infrared detection means of the AWACS aircraft.

Such a thermal signal, if it is only one or two missiles, the infrared detection device on the AWACS aircraft may leak, but the missiles on the sea surface are not one or two, but nearly four hundred.

And every missile is an anti-ship missile flying at supersonic speed, and the ramjet engine of the missile needs to be kept running to ensure the speed of the missile, even if it has been designed to reduce the infrared response, but the missile is not a fighter or a bomber, and it cannot hide its infrared signature well.

This point is also a relatively obvious deficiency of supersonic anti-ship missiles, while cruise missile-type anti-ship missiles, flying at subsonic speeds of several hundred kilometers per hour, have an extremely low instinctive infrared signature.

However, in the future, it will also be the era of supersonic missiles, but subsonic missiles also have their place.

Missiles are coming, but the radar on the warship, but nothing is seen, and the stealthy supersonic missile, once launched close to the warship, will be catastrophic.

AWACS aircraft constantly send warnings, the altitude of the missile, the direction and speed of the missile's flight.

However, the fire control radar on the fleet cannot be locked, and can only be guided by the data on the AWACS aircraft, so that the radar system on the AWACS aircraft can guide the interceptor missile.

On the four destroyers in the outermost part and the two destroyers in the second line of defense, the fire of missile launches illuminates the entire destroyer.

One by one, standard anti-aircraft missiles were quickly launched from warships and flew towards a large number of anti-ship missiles rushing close to the sea surface under the guidance of the early warning planes.

A large number of standard anti-aircraft missiles were lifted into the air as if they did not need money.

However, before the missiles of the two sides could get closer, the ramjet engine of one of the missiles in the V-2FJ anti-ship missile group suddenly burst out with maximum power, as if it was about to consume the solid fuel in the missile in an instant.

The missiles that left the group, close to the tail nozzle of the ramjet engine, began to turn red in the heat, and the missile's flight trajectory began to shake.

In the distance, the standard interceptor missile of the US military was about to arrive, and at this moment, the unstable missile exploded, without fire and without much sound.

This is an electromagnetic pulse bomb, and the moment the electronic pulse explosion warhead explodes, the invisible strong electromagnetic pulse radiation swings out.

In a short moment, on the US warship dozens of kilometers away, all the electronic systems showed huge fluctuations, and all the display screens were flooded with ripples, and then there were pieces of snowflakes on the screens.

The AWACS aircraft in the sky also completely lost the ability to track the target.

The standard interceptor missiles that should be directed at the V-2FJ anti-ship missiles have also lost their guidance to the target, and many missiles have plunged directly into the sea under the strong electromagnetic pulse.

In the U.S. fleet, almost all electronic equipment was in a state of shutdown until the emergency system on the warship was turned on, and at this time, the cameras on the warship could already catch the V-2FJ anti-ship missiles coming close to the sea.

The Phalanx system on the warship also caught missiles in close proximity.

However, in the face of a large number of incoming missiles, the effect of the phalanx system is very limited.

The dense barrage responded to the incoming missiles, and two of the missiles flying at high speed directly crashed into the barrage, but the missiles that came from behind had already passed through the tomb robbery under the dense array.

On the outermost destroyer, the screeching sirens became even more urgent. But it's too late.

A missile destroyer, once it loses its missile defense capability, is almost equivalent to a live target at sea.

In a panicked shout, a supersonic anti-ship missile, clinging to the surface of the sea, drilled directly into the middle of the bridge of the warship.

Moreover, when the missile was about to hit the target, it still made the final ballistic adjustment, and the missile was slightly raised, obliquely downward, from the middle of the bridge of the warship to the bottom of the warship.

Under the kinetic energy of high speed, the missile passed through the inner deck of the warship, and even penetrated the two watertight compartments.

If someone can be at the bottom of the warship at this time, they can clearly see that the missile has penetrated the entire warship, the warhead of the missile has even penetrated the hull, and the position of the warhead has penetrated through the bottom shell of the ship into the sea water at the bottom of the ship.

The entire warship was pierced by a huge force, and the huge pressure was squeezed to the middle, and the bow and stern of the ship were cocked several degrees to both sides under the squeezed and deformed armor.

And what really destroyed this complete destroyer was the missile warhead that exploded under water.

(To be continued.) )