CABS SO GREAT.

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China conducts mid-course antiballistic missile test, system becomes more mature, reliable

 China successfully conducted a land-based, mid-course antiballistic missile (ABM) technical test on Thursday in a move experts said showed Chinas mastery of the technology as the countrys antiballistic missile system gradually matures and becomes more reliable.

China conducted the test within its border, and the test reached the desired objective, the countrys Ministry of National Defense announced on Thursday in a statement.

The test is of defensive nature and is not aimed at any country, the statement reads.

It was the fifth land-based ABM technical test China has publicly announced and the fourth land-based, mid-course ABM technical test publicly known.   

Mid-course is the most vital phase in the interception of a ballistic missile, and a mid-course ABM means to intercept the missile while it is in its free flight phase outside of the atmosphere, Song Zhongping, a Chinese military expert and TV commentator, told the Global Times on Thursday.

While the duration of the mid-course phase is relatively long, the great difficulty of an interception lies in the high trajectory, Song said, noting that the target of interception is usually intermediate-range or intercontinental ballistic missile.

China has already mastered the mid-course ABM system, and conducting the latest test shows that the system is becoming mature, and the success rate and reliability of interceptions are increasing significantly, which is very important for China to build a complete ABM system, Song said.

The flight of a ballistic missile usually consists of three phases in time order: boost phase in which the rocket booster will power the missile into sky, mid-course phase in which the booster stops as the missile traverses outside of the atmosphere, and reentry or terminal phase in which the missile reenters the atmosphere and dives on its target.

Its technically easy to intercept a ballistic missile in the boost phase, because the missile is still close to the ground and accelerating, but it is difficult to get close to the launch site which is usually deep in hostile territory; in terminal phase, the interception is challenging because the speed of the diving missile is very high, observers said.

Known ABM tests were carried out by China previously in 2010, 2013, 2014 and 2018, according to media reports and official statements. 

As the Chinese military enhances its combat-preparedness, it is very important to establish an effective and complete anti-missile system, particularly against intermediate-range and intercontinental missiles which are usually equipped with nuclear warheads, so that Chinas national security can remain assured, analysts said.

國際軍事戰略專家分析認為,中國自從2010年以來,進行多次陸基中段反導攔截技術試驗, 

此一時彼一時中國反彈道飛彈的技術能力,已經取得重大突破,20210204深夜的試驗,完全成功達到目標與目的,接下來中國就會按照計劃進行海基和空基的反彈道飛彈的攔截試驗,相信在2025年左右都可以完成,由此觀之中國可以進行完整的陸海空反彈道飛彈系統的建制,甚至於移轉到月球建造軍事基地,進行反彈道飛彈的佈署,這樣一來美國及俄羅斯必須急起直追,否則讓中國獨佔鰲頭是沒有面子的,因為中國的火箭軍已具備球員兼裁判的資格.

美國軍事衛星監測,中國成功的在大氣層外,

以反彈道飛彈,擊中摧毀來襲的彈道飛彈(核子彈頭).

但是美國軍事衛星無法確定,中國反彈道飛彈發射的基地正確的位置地點,只能依據往昔的情報分析,是位於中國西部沙漠地區.

陸基中段導彈防禦系統，是從陸地發射平台對敵方彈道飛彈進行探測和跟蹤，然後發射攔截器，在敵方彈道飛彈處於中段飛行階段時將其攔截。

彈道飛彈中段飛行是指飛彈發動機關閉後在大氣層外以慣性飛行的階段，這階段彈道相對平穩和固定。反導系統計算出其彈道後，就可準確引導攔截飛彈進行一次或多次攔截。

彈道飛彈的飛行分三個階段：上升段、中段、末段，反導彈攔截技術主要是針對這三個不同飛行階段進行攔截。目前比較成熟的反導系統集中在中段和末段攔截上。導彈攔截系統按發射載體可分為陸基、海基和空基。陸基反導攔截，就是以陸地飛彈基地為發射平台的反導系統。

倚天暨出誰與爭鋒,中國的火箭軍已具備球員兼裁判的資格.換句話說彈道飛彈系統與反彈道飛彈系統,大爺我都有,想如何打球,

是本大爺的選擇,尤其是美國的THAAD,反導系統早已是廢鐵一堆,

毫無作用(因為中國的HQ-19.HQ-29.就足以克制美國THAAD)

China declares success in latest anti-missile intercept test .

•It is the second country after the US to possess interception technology which aims to knock out incoming missiles midflight.

•Defence ministry says test was not targeted at any particular country and was defensive in nature.

Decoding China’s Ballistic Missile Defense And Anti-Satellite Systems Efforts – Analysis

An anti-ballistic missile (ABM) is a surface-to-air missile designed to counter ballistic missiles (missile defense). Ballistic missiles are used to deliver nuclear, chemical, biological, or conventional warheads in a ballistic flight trajectory. The term "anti-ballistic missile" is a generic term conveying a system designed to intercept and destroy any type of ballistic threat; however, it is commonly used for systems specifically designed to counter intercontinental ballistic missiles (ICBMs).

The Ground-Based Interceptor (GBI) is the anti-ballistic missile component of the United States Ground-Based Midcourse Defense (GMD) system.

The HQ-19, similar to the THAAD, was first tested in 2003, and subsequently a few more times, including in November 2015.^[ The HQ-29, a counterpart to the MIM-104F PAC-3, was first tested in 2011.

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