super robot clone

In order to prevent the U.S. military stationed at Davis Monson Air Force Base from discovering anomalies, Steel Iron did not do anything to the exterior of the aircraft, but started directly from the inside.

当初美军为了加强f-14的机体结构，f-14上面广泛使用了钛合金以及部分硼复合材料，以此活的了较高强度的重量比。在整架飞机中，有25的钛合金、15的钢、36的铝合金、4的非金属材料和20的复合材料。

Although steel coins are only interested in metal elements, there is no problem in controlling those non-metallic materials.

Through the perspective system of the "Little Butterfly" armor, Chen Xin can see that inside the body of the f-14 fighter, some rusted metal oxides are falling off rapidly, and the metal elements in the damaged parts seem to have melted, starting from the most basic atoms. The structure begins to recrystallize and assemble.

In just a few minutes, the damaged engine, fuel tank, starter motor, on-board backup power supply, pipelines, etc. all returned to normal.

Even the titanium alloy frame that was spliced ​​by welding means, the welding points become unbelievably smooth and gentle, as if they were originally one.

This kind of uncanny workmanship has greatly enhanced the structural stability of the entire aircraft.

And the two f110 engines on the plane were directly upgraded by steel 镚 to be similar to the Russian 117s engine. Except for the lack of vector tail injection, other performance indicators are not inferior at all.

But the most surprising thing is the upgrade of the f-14 fighter avionics system.

The f-14 was developed in the 70s, which was the early stage of the development of the human information technology industry. There is a big gap between the electronic equipment used and the third-generation fighter jets developed later.

Not to mention the comparison with three-and-a-half-generation fighter jets such as Typhoon and Rafale, even the Su-27, F-15, and F-16, which were developed later than it, are not comparable.

So Gangzhen simply abandoned the f-14's original electronic equipment and designed a brand new avionics system for it.

The core of the new avionics is a super processor with a data processing capacity of about 4 trillion times per second, 7 trillion times of floating point operations, and 2 trillion times of multiplication and accumulation operations (this is the measurement unit of signal processing speed). The central brain of the entire aircraft, coupled with the intelligent flight software tailored for it, quickly made this aircraft the most intelligent aircraft in human history.

An excellent brain naturally requires the cooperation of clairvoyance and shunfeng ear.

Gangzhen removed the original an/awg-14 pulse Doppler radar of f-9 and replaced it with an airborne phased array radar using gallium nitride t/r components. To be precise, this is a set based on aesa radar-based multifunctional integrated radio frequency system (mirfs).

It can not only provide various working modes of radar, but also provide active jamming, passive reception, electronic communication and other capabilities. The mirfs frequency band is much wider than the general airborne aesa, and can work with various pulse waveforms at the same time, which ensures the low probability of interception (lpi) of the radar signal.

In addition, it also has an air-to-ground function, which can perform high-resolution map mapping of synthetic aperture radar (SAR) status, and can also use inverse synthetic aperture radar (ISAR) technology to identify and classify ships at sea.In the air-to-air working mode, the radar can realize the prompt search, passive search and over-the-horizon, multi-target search and tracking of the designated airspace.Because it takes only a few microseconds for the radar beam to move from one point to another, the radar can observe the same target as many as 15 times a second.

It can be said that apart from inherent deficiencies such as stealth and supersonic cruise, the modified version of F14 is not weaker than F22 in other aspects, and its comprehensive combat effectiveness is even higher than that of Russia's Su-35, and it is not inferior to F35.

The only thing that makes people feel a little regretful is that the steel mill retains the old instrument panel of the f14 instead of the very sci-fi man-machine interface.

But this is just a drone for the time being, and it won't have any effect on combat effectiveness.

... I am afraid that no one would have thought that the interior of this dilapidated fighter plane has undergone earth-shaking changes.

And this is only the result of 15 minutes of steel iron. After 15 minutes, steel iron jumped out of f14 and said, "Old Dou, it's done! Do you want to go up and try to get off the plane?"

Chen Xin shook his head and said with a smile: "Let's forget it. I can't fly now. Time is running out. Don't delay. Let's continue the repair of the next plane."

In order to prevent being discovered, the repair work can only be carried out after nine o'clock in the evening, and ends at five o'clock in the morning every day, adding up to a total of eight hours.

If it is calculated according to 15 minutes, then Gangyi can repair 32 fighter jets every day, and Chen Xin will spend less than half a month in total, plus a part of the time will be allocated to repair aerial refueling aircraft, early warning aircraft, and electronic warfare aircraft. Wait, finally Chen Xin selected 120 f14s with relatively good integrity, leaving 16 f15s and [-] f[-]s each.

Of the 240 fighter jets, if [-] can reach Somalia smoothly, it is a victory.

Chen Xin, the air tanker, chose twenty KC-10s, but this was far from enough to ensure that hundreds of fighters could fly a distance of more than 1 kilometers.

Fortunately, Chen Xin accidentally discovered that there were still more than 30 civilian Boeing 747 cargo planes kept in the aircraft cemetery, so he waved his hand and directly selected [-] of them to let Steel Turner convert them into aerial tankers.

In this way, the support fleet composed of fifty aerial refueling aircraft is also sufficient.

Then, Chen Xin selected ten more C-5 Galaxy strategic transport planes, and by the way, found twenty early-version AH-1 Cobra gunships. He planned to pack these helicopters into the Galaxy transport plane and take them away.

With the capacity of the C-5 Galaxy, it is more than enough to accommodate two Cobra gunships.

For the rest, Chen Xin selected four e-3 "watchtower" early warning aircraft for remote command and alert, and six ep-3 electronic warfare aircraft for electronic countermeasures.

All aircraft add up to a total of 310 (excluding armed helicopters), including 240 fighter jets and [-] support aircraft, which are enough to fight a high-intensity local war.

Even for the U.S. military, unless Ao Guanhai recalls all the fighter jets scattered around the world to its homeland, it would be impossible to intercept such a wave of terrifying air power. r1152