I build a red alert base in the Middle East

After the construction of the Yudu air platform was completed, Zhao Wu immediately opened its production page.

The Red Alert 3 Coronation Shenzhou camp has a total of seven different units if you include the Qinglong battle core ship.

They are: T1 Phoenix fighter, T1.5 Bi Fang support helicopter, T2 Suzaku attack aircraft, T3 Chongming interceptor and Golden Crow bomber, T4 fluctuating sky cannon and the unique Qinglong battle core ship.

This is because Zhao Wu has not yet built a solution center to upgrade technology and the diversion spire has not yet been built.

Therefore, the only fighters that can be built at Yudu Air Station are T1 Phoenix fighters.

The production price of a Phoenix fighter is two million, which is very expensive.

But the good thing is.

Like the Shenji Battalion's recruitment of infantry units, although the production speed of Yudu Aviation Platform is a bit slower than that of the second-generation fighter factory, it only takes ten days to complete the production.

Unlike those buildings in the Shenzhou camp, construction time often takes tens or hundreds of days.

Although the Phoenix fighter is only a T1 fighter in the Shenzhou camp, it can be built directly without researching any technology. but!

Its combat power, looking at the entire world today, is absolutely unmatched. No, no, no, it should be said that it is invincible.

The Phoenix fighter is equipped with the Huashan-A turbofan vector engine, which is a fifth-generation aeroengine. but!

Looking at all the fifth-generation aeroengines in the world, the Huashan-A turbofan vector engine is definitely the best.

Because it is a pure vertical take-off and landing fighter!

With the powerful performance of the Huashan-A turbofan vector engine, it can already achieve pure vertical takeoff and landing.

Although there are already some fighter aircraft in the world today that can take off and land vertically, they are not actually vertical takeoffs and landings, but short takeoffs.

The Huashan-A turbofan vector engine not only provides the Phoenix fighter with strong lift, allowing it to easily and quickly perform vertical takeoff and landing, but also provides it with huge power.

Phoenix fighter overall length: 17 meters, overall height: 4.80 meters, empty weight: 15,000 kilograms, fully equipped for take-off: 30,000 kilograms, ammunition capacity: internal magazine 1.5 tons, maximum 6 tons, ceiling: 20km, actual supersonic cruise Speed: Mach 2.22, maximum speed: Mach 2.9, combat radius: 1200km

F-22 fighter overall length: 18.9 meters, overall height: 5.08 meters, empty weight: 16,000 kilograms, fully prepared for take-off: 35,000 kilograms, ammunition capacity: internal magazine 2.2 tons, maximum 9 tons, ceiling: 18km, actual supersonic cruise Speed: Mach 1.72, maximum speed: Mach 2.0, combat radius: 900km.

Look at the data!

Except for the Phoenix fighter's bomb load, which is slightly worse than the F22 fighter with the best comprehensive performance in the world today, all other data are far superior.

"Alas, just like in the game, the Phoenix fighter in the game has a relatively small ammunition load, so it cannot fight for a long time. After the ammunition is used up, it needs to return to the base to replenish it... So its skill is to gain 25% acceleration and return immediately. Replenishing ammunition at the airport... In reality, it brought its maximum speed to Mach 2.9, which is not bad!"

Zhao Wu murmured and looked at the other parameters of the Phoenix fighter.

In addition to the Huashan-A turbofan vector engine, the Phoenix fighter also has mirage stealth technology that surpasses the mainstream fifth-generation stealth technology in the world today. Qishan Intelligent avionics system, Kuangbiao II radar-guided medium-range missiles and Thunderbolt III composite guided combat missiles, etc.

In short, it can be said in one sentence - strong!

According to the evaluation of the base's intelligent core, the performance of the Phoenix fighter has exceeded that of all equipment in the world today. The performance of the fifth-generation fighter aircraft is equal to that of a small number of experimental aircraft manufactured using the most advanced technology in the most advanced domestic aviation laboratories of several major countries.

Those experimental aircraft are no longer the fifth generation. All of them are They are all fifth and a half generation fighters.

And!

Although those experimental aircraft are very powerful, they are very expensive because they use the most advanced technology. The cost of one experimental aircraft may even be equivalent to three or four or more F22 Raptor fighter jets The cost of the Phoenix Fighter.

But what about the Phoenix Fighter?

It only requires two million influence.

The gap shouldn’t be too big!

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