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Although, for Tiangong Technology, at least a small batch of production is required, but its speed is also very fast. Take the first batch of official orders for the Phoenix-1 aircraft issued by the military, a total of 20 aircraft, not including the previous The two prototypes undergoing test flights.

Because these two prototypes will return to Tiangong Technology after the test flight. Of course, the No. 1 aircraft has also returned to Tiangong Technology at this time, and it is now silently parked in the aircraft exhibition hall.

As for the No. 2 aircraft, it is still undergoing a test flight by the military at this time. However, after the test flight is completed, this aircraft will not be used to be placed in the exhibition hall. Instead, it will undergo a comprehensive maintenance after the test flight. After that, Just as their Tiangong Technology self-provided machine.

The military's first batch of 20 Phoenix-1 aircraft is expected to take less than half a year to complete production with the current production capacity of Tiangong Technology.

It can be said that for Tiangong Technology, the small batch production is even as efficient as the mass production of some aircraft manufacturers.

After all, according to Wang Bin's plan, for the large-scale production of Tiangong Technology, its monthly production capacity must exceed at least 50.

At the same time, in the No. 2 assembly workshop that has been completed, there are also two similarly assembled Phoenix-1 aircraft being assembled at this time.

Therefore, the current monthly production capacity of Tiangong Technology is less than five, which is indeed a small-scale mass production.

Although the appearance of these two aircraft looks very similar to the Phoenix-1 aircraft, if you look carefully, you will find that there are still certain differences between these two aircraft and the Phoenix-1. The biggest difference is this The fuselages of the two planes are more slender, and the wingspan of the planes is smaller. Finally, the wing sweep angles of the two planes are larger, only about 30 degrees.

In addition, the noses of the two planes are back, and there are a pair of small canards.

It can be said that the aliens of these two aircrafts are still different from the original Phoenix-1.

Of course, even these two planes have certain differences.

The biggest difference lies in the engines of the two aircrafts. One of the two aircrafts has a longer engine size, larger engine nozzles and thicker engine nozzle materials.

That's right, these two planes are the new Phoenix-1 improved plane newly developed by Tiangong Technology.

They were respectively named Phoenix-m1 and Phoenix-kt1 aircraft by Tiangong Technology.

Among them, the Phoenix-m1 aircraft is equipped with a pulse detonation engine used in the ordinary atmosphere, while the other is equipped with an air-space integrated pulse detonation engine. In addition, this aerospace version of the Phoenix-1 On it, two ion engines are also installed to facilitate the flight of the aircraft in space.

After all, Tiangong Technology has developed to a very high level in terms of plasma engines, and its maximum thrust can reach 10,000 Newtons. Therefore, in space, as the power of aerospace vehicles, there is naturally no power. questionable.

In other words, one of the two aircraft is not an ordinary aircraft, but an aerospace vehicle capable of aerospace flight.

Although it is true that one of the two aircraft does not have aerospace flight capabilities, but according to the design, the performance of this aircraft is also very good.

Its maximum flight speed, according to the data,

have reached Mach or so. The maximum flight altitude, due to the characteristics of the pulse detonation engine, the flight altitude of this aircraft is also very high, and it can even fly to an altitude of more than 50,000 meters. You must know that at this altitude, it has reached the edge of the atmosphere.

At the same time, because this aircraft also has very powerful stealth capabilities, for example, when this aircraft is at a speed lower than Mach 2, its stealth capabilities have surpassed the most advanced stealth fighters in the world today.

It's just that when the speed of this aircraft reaches Mach 2.2 or more, due to friction with the air, the temperature of the aircraft body will rise, so the stealth ability will gradually be lost. When the speed of the aircraft exceeds Mach 3.3, the aircraft's stealth ability will also fail completely.

After all, at such a speed, it is impossible to be invisible due to the light and heat generated by air friction and plasma.

Therefore, this aircraft is actually a genuine sixth-generation aircraft. Although this aircraft is not a fighter or a fighter, it is an out-and-out sixth-generation aircraft, a sixth-generation bomber.

That's right, this aircraft is not a multi-purpose transport aircraft like the previous Phoenix-1, but a bomber that can only perform bombing missions.

As for another aerospace version of the Phoenix-kt1 engine, this aircraft not only has the same performance as the previous Phoenix-m1 when flying in the atmosphere, but also has the ability to fly in space, and its carrying capacity Not weak.

According to the data, this aircraft can not only send up to ten astronauts into a low-earth orbit below 200 kilometers, but also have the ability to send a maximum of 1.6 tons of cargo into a low-earth orbit below 150 kilometers.

Of course, if it is only used as a cargo plane without astronauts, this plane is definitely capable of sending about 2 tons of cargo into a low-earth orbit of about 200 kilometers.

Of course, compared with the carrying capacity of those medium-heavy rockets, which can easily reach more than ten or twenty tons, or even hundreds of tons, there is a huge difference in the sea, but you must know that this is an aerospace plane!

As long as the maintenance of this aircraft is in place, then this aircraft can definitely be used for ten years or more. At the same time, it also has the ability to take off repeatedly many times a day. It is a reusable rocket.

Most importantly, in terms of cost, according to data calculations, it is about 80% lower than reusable rockets.

That is to say, to use this aerospace plane, the cost of each sortie is only one or two million. Such a fee is definitely a very low price, and even many ordinary people can afford it.

Of course, these are only data calculated by design, not real data, and the real data can only be known after a test flight.

Although Tiangong Technology's supercomputer now has an artificial intelligence system, its technical capabilities are stronger, and the data produced by the technology is more accurate, but it still cannot be used as real data.

As the status of the two planes is getting closer to completion, Wang Bin has become more and more concerned about the two planes, especially in the past few days, as the two planes are about to be completed, Wang Bin Bin also stayed in the No. 2 assembly workshop every day, and worked with the workers and masters to assemble the two planes.

And as the time of completion and off-line is getting closer, both Wang Bin and the masters in the workshop are getting more and more excited.

Because, as long as these two aircraft, especially the aerospace aircraft, are successfully developed, manufactured and tested, it will represent China, and Tiangong Technology will officially enter the space age. This is definitely a milestone for the entire human civilization. Its significance is no less than that of the Industrial Revolution to human civilization, because it marks the advent of a new era.

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