Although the name sounds "tall", it is questioned whether it can represent the development direction of the next generation of anti radiation missiles. In late July this year, the AGM-88G "extended range advanced anti radiation missile" developed by Northrop Grumman of the United States carried out the third live ammunition test to detect, identify, locate and attack the target land-based air defense mine arrival system. Previously, India's defense research department also disclosed that it planned to develop new anti radiation missiles to counter the air early warning and control system. Similar R&D efforts have repeatedly made the anti radiation missile a focus of attention. So, what is an anti radiation missile? To answer this question, we have to mention another more familiar equipment - radar. As an important means to detect the fire threat of the opponent's weapons, radar is a key node in the information war, known as the "scanning eye" and "perception artifact". It is precisely because of its appearance that the theory of transparent battlefield came into being. Whether radar is in a dominant position or not will directly affect the trend of the war situation and determine the outcome of the war. It is also for this reason that "attack the enemy's radar first" has become the consensus of all countries' armies. It is for this reason that the anti radiation missile was born. Unlike the "short-term blinding" effect of soft killing means such as electromagnetic suppression, the biggest ability of the anti radiation missile is that it can capture and identify the electromagnetic wave emitted by the enemy radar without being easily detected by the opponent, and can directly "remove the eyeball" based on the inverse "wave", so as to achieve the purpose of physically destroying the enemy radar. Since its inception, the "cat and mouse game" between the anti radiation missile and radar has been going on. Especially in recent years, in the military conflicts in some hot areas, the anti radiation missile has been successful in "hunting" the opponent's air defense system radar from time to time, making it famous. However, it was also reported that some anti radiation missiles were "killed", intercepted, or tricked and interfered in the above-mentioned confrontation, which made people "question mark" the function of anti radiation missiles. So, what stage has the anti radiation missile reached? What will be the future development? Please read today. The "high-end hunter" of the anti radiation missile in the form of prey ■ Zhang Naiqian is from Tong Chen Long, Li Xuefeng, the American AGM136A "Silent Rainbow" anti radiation missile. Information pictures are good at "following the vine". There is a popular saying on the Internet: the most high-end hunters often appear in the form of prey. The anti radiation missile is just such a kind of existence. First, it was captured by the radar as a "prey", and then turned into a "hunter" to attack the radar. Anti radiation missile is also known as anti radar missile. As its name implies, it is designed to counter radar. Radar is good at using electromagnetic wave. Anti radar, of course, should also "make an effort" on electromagnetic waves. The use of electronic jamming equipment for electromagnetic suppression of radar is called "soft killing". However, this method can only "control for a while", and can not control for a long time. If the relevant technology fails to pass the standard, the electronic equipment of your own side will also be affected. Attacking with anti radiation missiles is "hard destruction". Once hit, it will cause permanent damage to the radar antenna