Motives, Andre doesn't care. In this era, the Russians' technology is quite powerful. As Su-27 equipped the troops together, then the full 41 motivations that were exhibited can also be carried out step by step. [[(?[]

After all, in history, the Liurika Design Bureau began the research on the Al41 motivation in 1986, and it was also carried out to match the MiG 1.42 project verification machine of the Migoyan Design Bureau. This motivation uses advanced materials such as composite materials and new alloys, and uses full-right digital control and other methods. The single-crystal blade high-pressure turbine uses new blade cooling. In the end, the Al-41 has greatly improved in every aspect compared to the Al-31. The turbine temperature increased by 12%, the thrust-to-weight ratio increased from 8 of the Al-31 to 11, and the thrust-to-wind area ratio was also improved. Moreover, the operating cost of the motor was reduced by about one quarter.

If it weren't for the disintegration of the Soviet Union, which was regrettable in later generations, this motivation could have been finalized and produced after trial operation and became the same advanced motivation as the United States. Unfortunately, the rest of Russia could only rely on its old capital. The later 117s motivation was only used to apply some of the products mixed with A141 technology and Al31, which was far from the real A1-41. With the loss of funds and technology, the Liurika Design Bureau could no longer design the real Al-41.

Now, under the promotion of Andre, Su-27 has appeared five years ago, and its motivation has also begun to be developed simultaneously. Therefore, Andre is not worried about the heart disease faced by China in later generations. Andre always worried about electronic technology.

One of the advanced technologies of the fourth-generation aircraft is electronic technology. Not to mention the powerful electronic warfare capabilities of the entire fighter, radar alone is no longer an effect that flat-panel gap radar can achieve.

In essence, flat-panel gap radar is just different from the original inverted radar, and the conversion rate of radiated radar energy is different. The transmitter and receiver are still similar. In order to enable the radar beam to reach various places, the antenna needs to rotate, so that the purpose of observing any airspace at any time cannot be achieved.

The newer generation of radars is a phased array. The radar antenna remains unmoved and automatically radiates to the surrounding airspace by changing the phase of the radar beam. On the MiG31, Migoyang's engineers stuffed the phased array radar in.

However, this is a passive phased array radar, and the launch mechanism is still the same as before. It uses a high-power magnetron to fire, and only changes the radar beam phase through the ferrite phase shifter in front. This phased array radar can only be a transition.

The future radar will be the era of active phased array radar. This initiative lies in the fact that every point of the radar antenna is a transmitting and receiving unit! It can transmit and receive. Each unit is a t/r component. In this way, even if the radar antenna fails and some components can continue to work, they can continue to complete the task. At the same time, by changing the phase of each beam, scanning in the entire airspace can be achieved, and all beams can be concentrated together to increase the ability to detect stealth aircraft!

For the Soviet Union, electronic systems have always been lacking!

Hearing Andrei's question, Simonov said: "Our radar development department is now working with experts from the island country. It has now completed the development of the basic t/r module and is preparing for subsequent integration."

Hearing this, Andrey showed a joyful look on his face: "This is a huge progress. I want to report to General Secretary Andropov. These experts should be rewarded! I will suggest General Secretary Andropov to give them the title of Soviet labor hero!"

At this time, Andre suddenly remembered that in history, Americans' active phased array radar also came from the island country exhibition!

In the 1990s, the American father saw his godson, the island country, and came to build a t/r component. He said, take it and let us test it, see how much worse the performance compared to ours, then took it back, studied it carefully, and then made it. Moreover, the American father's technical strength is strong after all, and the improvements made it better than the island country. Then they told the island country's godson, "Yeah, it's good, keep working hard, it's worse than ours!"

However, that was already the technology in the 1990s, and now, in the 1980s, in Andrei's consciousness, he thought that a single t/r component would have troubled the Soviets for many years. After all, the Soviet radar technology has just reached the standard of flat-slit radar, so it would be difficult to develop an active phased array. Unexpectedly, with cooperation with island experts and strong technical strength, it was created so quickly!

With these, what’s the point? Just keep investing money and conducting research. Developing fighter jets is the most expensive behavior, and the Soviet state system determines that the Soviets are not afraid of burning money!

"I really hope that the fighter jets can be developed quickly, and truly the more Western and American it will lead the world," Andre said.

"General Andre, can you describe the future fighter jets in your mind?" Simonov asked.

Every proposal of Andrei was very correct, and some were even more proficient than professional designers, which made Simonov, while interested, decided to ask Andrei for advice.

What does the future fighter plane look like? Andrei thought for a while: "Is there plasticine?"

This thing is not short of in the design bureau. Many designers also use plasticine to make shapes when they are inspired, and for Andre, this is a better form of expression.

After all, it would be absolutely impossible for Andre to draw complex structural diagrams. Andre could only make a few models based on the models of later generations.

It is familiar to everyone, and models will soon appear in front of everyone.

The first is the only fourth-generation aircraft to be put into service in later generations, the F-22, the second, the T-5O, the third, the B-2 stealth bomber that Russia caught up in later generations.

The fourth one? Andrei thought about it and still pinched out f117.

"I'll give these models to you as a souvenir." Andre said: "Butterfly wings, full-move flat tails, large-angle double-sided tails, diamond-shaped heads, and built-in weapons are all the most suitable choices for stealth aircraft. Haha, these are my personal opinions."
Chapter completed!