Because you can understand it simply by thinking about it. When other conditions such as altitude, speed, space occupation and air condition warning are comparable, the combat situation of the semi-active bomb and the fighter using active bomb are completely unequal: in the face of the threat of active bomb, even if the former adopts the correct over-visual range combat strategy, it can only withstand a very unfavorable combat exchange ratio.

When the two sides of the warring parties attack each other, the missile gradually approaches the target, and they are also seriously threatened by enemy missiles. The carrier of the semi-active bomb must make a difficult choice between "maintaining target irradiation" and "violent maneuvering avoidance", while the carrier of the active bomb can maneuver without any scruples or simply turn around and break away from contact. Moreover, compared with the semi-active bomb that requires continuous irradiation of the carrier, the active bomb that does not rely on the carrier radar irradiation has better multi-target attack capabilities, which to a certain extent deepens the asymmetric disadvantage of the semi-active bomb irradiation.

After a long silence, only some of the people present spoke:

"...So, can electronic countermeasures be used to counter the Aim-120 missile?"

"Oh, what about this..."

Hearing this question, Ushakov hesitated for a moment, then slowly shook his head:

"According to our speculation, the self-conductor of this missile is very advanced, and it should have adopted frequency hopping and digital pulse coding technology; the electronic countermeasure system that can interfere with this self-conductor is frankly powerless at present. - Or take a step back, even if an electronic countermeasure system that meets the requirements is now able to be manufactured, the volume and power consumption will be very amazing, and it is completely impossible to install it on an aircraft."

After hearing Ushakov's explanation, not only did the questioner look dim, but the entire conference room also fell into a new silence.

In this unbearable silence, Long Yun's thinking did not stagnate; he imagined the battle scenes in the Caucasus sky in his mind, and quickly flipped through the papers behind the report. Although the information feedback from the intelligence department was still a bit general, he still had a speculation based on the reactions of the combat troops and some clues.

In this inexplicable parallel world, unlike the actual situation, the amraam project developed by Raytheon did not progress very quickly, or because of the easing of the confrontation between the East and the West, the early Aim-120a missiles did not seem to have entered the actual equipment stage.

According to the reports and data sent back by the combat troops, the missile that is now equipped with a large number of US Air Force fighters, adding a lot of variables to the current war situation should be the improved Aim-120b model. Compared with the earlier A model, the Aim-120b not only has a slightly improved range, but also has been replaced with a digital processor, programmable ROM and some electronic components upgraded, and its performance has been improved to a certain extent compared to the prototype.

aim-120b...

Faced with this difficult problem, Long Yun frowned unconsciously.

Since crossing the parallel world and experiencing this world war, Long Yun has long had the idea of ​​giving birth to the r-77 active radar-guided missile. However, because the Soviet Union objectively lags behind the Western electronic technology level, the "Pennant Flag" Design Bureau has not been able to come up with a useful active radar-guided missile until today.
Chapter completed!