In the eyes of the international community and NATO, the Chinese Empire had strong nuclear power, but eventually compromised with the German Union and was accused of being afraid of death for a long time. In fact, only the citizens of the Chinese Empire understood in their hearts that the reason why the Chinese Empire government compromised was all due to the safety of the lives and property of the imperial people.

"The nuclear power of the Chinese Empire can completely erase the entire German League and NATO group from the earth, but for this, the Chinese Empire also needs to pay the price of destruction of several or even a dozen large and medium-sized cities. Obviously, the imperial government believes that this is not a good deal. Our people are all worthless, and there is no need to duel with the outlaws."

More than a decade ago, the Chinese Empire used this declaration to interpret the highest purpose of the imperial government serving the people wholeheartedly, and was supported by the imperial people.

However, as the scale of the Sino-German Cold War continued to expand and the arms race continued to escalate, the nuclear power that the German League was determined to develop was increasingly threatening the security of the Chinese Empire, which made the Chinese Empire government unable to sleep or eat.

In the 55th year of Guanghua, as the German Union launched a probe to the moon, its large-thrust rocket used to carry the probes indicates that the German Union's intercontinental ballistic missile has been able to cover the entire Chinese Empire. This is undoubtedly a huge national defense threat to the Chinese Empire.

In response to the German League's long-range intercontinental ballistic missile capabilities, the Chinese Empire Emperor Wang Chenhao specially held a imperial meeting. Under the guidance of Wang Chenhao, the Chinese Empire's military established a missile defense planning committee to specifically study the missile defense plan for intercepting German League's intercontinental ballistic missiles.

In fact, before that, the development of the missile early warning system and space missile defense system of the Empire of China had already begun in the late 1940s. At that time, the Chinese Empire and the German Union both began to have their own intercontinental ballistic missiles and nuclear warheads. Since then, the Institute of Radio Technology of the Royal Academy of Sciences of the Empire began to develop the first early warning radar of the Empire to monitor NATO's nuclear missile attacks, long-range strategic bombers and spacecraft flights - "Sentinel".

On November 15, 2016, Guanghua, the "Sentinel" radar was first tested at the 12th Test Site of the Northern Xinjiang Theater of the Ministry of Defense of the Chinese Empire. This radar system was set up in four directions, east, west, south and north, 2,000 kilometers away from the capital of the Chinese Empire. The sentinel radar system is an electrical scanning radar operating in the VHF band. The azimuth scanning method adopts frequency modulation and has no pitch angle scanning capability. The radar antenna is about 30 meters high and 250 meters wide. The two-sided array antennas of the antenna are at a 45° angle, covering a 30° direction, and the maximum detection distance is 6,000-8,000 kilometers. It is mainly used for monitoring and tracking intercontinental ballistic missiles, strategic bombers and spaceflight objects launched by German League and NATO countries.

However, the cost of sentinel radar system is too high. The early warning time is relatively short. The Chinese Empire's military only uses it to protect the safety of the capital. Due to the vast territory of the Chinese Empire, the national radar 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 Institute of Science of the Empire of China began to develop an early warning radar system that could monitor the launch of ballistic missiles from the German Union base, and the Long-range Wireless Communications Research Institute also began the development of an off-horizon detection system. By the 59th year of Guanghua, the development of the above-mentioned early warning radar was basically completed and put into trial production.

On the eve of National Day in 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 the northern Xinjiang and Tokyo, the capital of Alaska). These two early warning radar stations can ensure reliable surveillance of missile launches at the German Union intercontinental ballistic missile launch base.

In February of the following year, the first strategic anti-missile force of the Chinese Empire - the Incoming Missile Early Warning Independent Division was officially born. The division was under the direct command of the Ministry of National Defense. Since then, with the increase in the number of missile surveillance systems, the Chinese Empire has formed the third Incoming Incoming Independent Army based on the independent division. Then, an independent army integrating anti-missile, air defense, and space surveillance was formed.

On February 13, Guanghua, the Chinese Empire deployed a guard radar system at eight Earth satellite surveillance stations. The completion of these eight systems greatly improved the space surveillance capabilities of the Chinese Empire and enhanced the missile protection capabilities of the Chinese Empire from four directions, east, west, south, and north. At the same time, the Chinese Empire began to establish a comprehensive aerospace defense system. The missile early warning system built on the guard radar system not only greatly improved the technical and tactical performance of the early warning radar, but also gave birth to the most promising Guard-2 radar system in the Chinese Empire. This type of radar has a much stronger radiation capacity than the Guard, with a larger antenna area. The most representative one is that it also has its own nuclear power supply. It has become the cornerstone of the future global missile defense system of the Chinese Empire, and its defense capability against German League ballistic missiles has been increased by more than 20 times.

Throughout the 1960s, in order to prevent the threat of intercontinental ballistic missiles from Germany's, 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, the system can monitor the radiation emitted by the missile thruster in the flight acceleration section when the ballistic missile is launched, and it can be used to monitor and track the launch and flight of ballistic missiles. This space surveillance system, code-named "Sky Eye", later developed into a new generation of missile early warning system of the Imperial Army.

The missile early warning radar system of the Chinese Empire greatly touched the nerves of the German League and NATO. As we all know, the fundamental reason why the German League can deter the Chinese Empire and can be on par with the Chinese Empire in many fields is that the German League has nuclear missiles that can hit the Chinese Empire.

By the 1960s, the German Union had equipped 2,800 intercontinental ballistic missiles launched from ground wells and 30 submarine-launched ballistic missiles carried by 30 nuclear submarines. Compared with the Chinese Empire's strategic troops, they were equipped with 3,200 intercontinental ballistic missiles and 56 submarine-launched ballistic missiles. The number of the two sides was not much different. In terms of quality, the Chinese Empire's nuclear missiles were high in accuracy, long range and fast in speed, which was more advanced than the German Union's nuclear missiles, but they were not enough to break the nuclear balance between China and Germany.

However, if the Chinese Empire successfully builds a missile defense system, then the German League's intercontinental ballistic missile cannot hit the Chinese Empire, and the intercontinental ballistic missile launched by the Chinese Empire can land on the German League, the nuclear balance will be broken, which is a fatal threat to the German League.

In order to compete with the missile defense system of the Chinese Empire, the German League has stepped up its research and development of its own missile defense system, and on the other hand, it has vigorously improved the performance of nuclear missiles. However, the Chinese Empire has spent more than 50 billion dragon coins on missile defense systems. Such a huge military expenditure will undoubtedly add to the injury to the German League, whose economy is fragile and fall into the quagmire of arms race.

But in the end, Hitler gritted his teeth and approved the German League's own missile defense plan. The German League government planned to use 10 billion dragon coins to build the German League's own missile defense system, but compared with the Chinese Empire's investment of 50 billion dragon coins, it was really a drop in the bucket.

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Chapter completed!