In the eyes of the international community and NATO, the Chinese Empire had powerful nuclear forces, but it eventually compromised with the German Alliance and was accused of fearing death for a long time. In fact, only the citizens of the Chinese Empire understand in their hearts that the compromises made by the Chinese Imperial government are all for the safety of the lives and property of the imperial citizens.
"The nuclear power of the Chinese Empire can completely wipe the entire German League and NATO group off the face of the earth, but for this the Chinese Empire will also have to pay the price of the destruction of several or even a dozen large and medium-sized cities. Obviously the imperial government believes that this is It¡¯s not cost-effective, our people are all rich, there is no need to fight with the desperadoes.¡±
More than ten years ago, the Empire of China used this declaration to explain the highest purpose of the imperial government to serve the people wholeheartedly, and it was supported by the people of the empire.
¡°However, as the Cold War between China and Germany continued to expand in scale and the arms race continued to escalate, the nuclear power that the German Alliance was determined to develop became more and more serious threats to the security of the Chinese Empire¡¯s homeland, which made the Chinese Imperial Government have trouble sleeping and eating.
In the fifty-fifth year of Guanghua, as Delian launched a probe to the moon, the high-thrust rocket used to carry the probe showed that Delian's intercontinental ballistic missiles were able to cover the entire mainland of the Chinese Empire. This is undoubtedly a huge national defense threat to the Chinese Empire.
In response to Delian¡¯s long-range intercontinental ballistic missile capabilities, the Chinese Emperor Wang Chenhao held a special imperial meeting. Under the guidance of Wang Chenhao, the Chinese Imperial Military established a missile defense planning committee to study missile defense plans to intercept Delian intercontinental ballistic missiles.
??Actually, before that. The development of the Chinese Empire's missile early warning system and space missile defense system had already begun in the late 1940s. At that time, both the Chinese Empire and the German Federation were beginning to possess their own intercontinental ballistic missiles and nuclear warheads. Since then, the Institute of Radio Technology of the Royal Academy of Sciences of the Chinese Empire has begun the development of the Chinese Empire's first early warning radar - "Sentinel" for monitoring NATO nuclear missile attacks, long-range strategic bombers and spacecraft flights.
November 15, the fifty-sixth year of Guanghua. The "Sentinel" radar conducted its first trial operation at the 12th Test Site of the Northern Xinjiang Theater of the Ministry of National Defense of the Chinese Empire. This radar system was set up in the four directions of east, west, north and south, 2,000 kilometers away from the capital of the Chinese Empire. The Sentinel radar system is an electronically scanned radar operating in the VHF band. The azimuth scanning uses frequency modulation and has no elevation angle scanning capability. The radar antenna is about 30 meters high and 250 meters wide. The two array antennas of the antenna are at an angle of 45¡ã, each covering an azimuth of 30¡ã. The maximum detection range reaches 6000-8000 kilometers. It is mainly used for monitoring and tracking intercontinental ballistic missiles, strategic bombers and space objects launched by the German Alliance and NATO countries.
¡° However, the cost of the Sentinel radar system is too high. The warning time is relatively short, and the Chinese Imperial Military only uses it to protect the security of the capital. Due to the vast territory of the Chinese Empire, the national radar early warning system covering 45 million square kilometers of land urgently needs to develop more low-cost and high-efficiency early warning radar systems.
In March of the 57th year of Guanghua, the Royal Scientific Research Institute of the Chinese Empire began to develop an early warning radar system that could detect ballistic missiles launched from the Delian base. The Long-range Wireless Communications Research Institute also began the development of an over-the-horizon detection system. By the 59th year of Guanghua, the development work of the above-mentioned early warning radar was basically completed and put into trial production.
On the eve of Guanghua¡¯s 60th National Day, the first ballistic missile early warning radar system - the "Guardian" early warning radar system was officially installed. The entire system consists of three parts: the early warning system command post, the No. 1 early warning radar station (located in Armenia and the United Kingdom) and the No. 2 early warning radar station (located in Xijing, the capital of northern Xinjiang, and Tokyo, the capital of Alaska). These two early warning radar stations ensure reliable monitoring of missile launches from the Delian intercontinental ballistic missile launch base.
February of the following year. The first strategic anti-missile force of the Chinese Empire - the independent missile incoming early warning division was officially born. The division is under the direct command of the Ministry of Defense. Since then, as the number of missile surveillance systems has increased, the Chinese Empire has established the Third Independent Missile Attack Early Warning Army based on this independent division. Immediately afterwards, an independent group army was formed that integrated anti-missile, air defense, and space surveillance.
On February 13, Guanghua sixty-one years, the Chinese Empire deployed the Guardian radar system at eight earth satellite monitoring stations. The completion of these eight systems has greatly improved the Chinese Empire's space surveillance capabilities and enhanced the Chinese Empire's missile protection capabilities from the four directions of east, west, north, and south. at the same time. The Chinese Empire has begun to establish a comprehensive air and space defense system. The missile early warning system based on the Guardian radar system not only greatly improved the technical and tactical performance of the early warning radar, but also gave birth to the most promising Guardian-2 radar system in the Chinese Empire. The radiation capability of this type of radar is much stronger than that of the Guardian type, and the antenna area is larger. The most representative thing is that it also has its own nuclear power supply. Become the cornerstone of the future global missile defense system of the Chinese Empire, and the defense capability of Delian ballistic missiles.Strength increased by more than twenty times.
Throughout the 1960s. In order to guard against the threat of intercontinental ballistic missiles from Germany, the Chinese Empire has been committed to developing and establishing a high-orbit space surveillance system. With the help of the Chinese Empire's advanced optical equipment, this system can detect the radiation emitted by the missile propeller during the acceleration phase of the flight when a ballistic missile is launched, thereby achieving the purpose of monitoring and tracking the launch and flight of ballistic missiles. This space surveillance system, codenamed "Sky Eye", later developed into a new generation missile warning system for the Imperial Chinese Army.
The missile early warning radar system of the Chinese Empire greatly touched the nerves of the German Federation and NATO. As we all know, the fundamental reason why the German Federation can deter the Chinese Empire and can be on an equal footing with the Chinese Empire in many fields is that the German Federation has nuclear missiles that can reach the mainland of the Chinese Empire.
By the 1960s, Delaney had been equipped with 2,800 silo-launched intercontinental ballistic missiles and 30 submarine-launched ballistic missiles carried by nuclear submarines. In comparison, the strategic forces of the Chinese Empire are equipped with 3,200 intercontinental ballistic missiles and 56 submarine-launched ballistic missiles. There is not much difference in quantity between the two sides. In terms of quality, the nuclear missiles of the Chinese Empire have high accuracy, long range, and speed, which are better than the nuclear missiles of Delian. It needs to be more advanced, but not enough to break the nuclear balance between China and Germany.
But if the Chinese Empire succeeds in building a missile defense system, then the intercontinental ballistic missiles of the German Empire cannot hit the mainland of the Chinese Empire, but if the intercontinental ballistic missiles launched by the Chinese Empire can land on the mainland of the German Empire, this nuclear balance will be broken. For DeLian, this is a fatal threat.
In order to counter the missile defense system of the Chinese Empire, Delian stepped up the development of its own missile defense system on the one hand, and vigorously improved the performance of nuclear missiles on the other. However, the Chinese Empire has spent more than 50 billion dragon coins on missile defense systems. Such huge military expenditures will undoubtedly make matters worse for the German Federation, which has a fragile economy and is trapped in the quagmire of an arms race.
But in the end, Hitler still gritted his teeth and approved funding for the German Federation¡¯s own missile defense program. The German government plans to use 10 billion dragon coins to build its own missile defense system, but compared with the 50 billion dragon coins invested by the Chinese Empire, it is really a drop in the bucket