Taiwan's military announced that it will conduct a four-day test launch of the "maximum ballistic unlimited height" missile from the Jiupeng base in Pingtung on August 18, 19, 25, and 26. Some outside analysts reported that this test-fire was most likely the so-called "Yunfeng cruise missile" that Taiwan has secretly developed for a long time.
According to Taiwan's boast, this is a long-range attack weapon against the motherland. It has a range of 1,200 kilometers and can cruise at an altitude of more than 10,000 meters at twice the speed of sound.
Coastal cities such as Shanghai, Hangzhou, Guangzhou, Shenzhen, Fuzhou, Xiamen, and even Nanchang, Changsha and other places in the mainland are within the scope of its attack. Taiwan's military is also clamoring that it plans to produce more than 2,000 missiles of various types within five years to fight against the motherland.
Regardless of whether the Yunfeng cruise missile can be successfully developed, or whether it has the ability to produce 2,000 missiles within 5 years, we have to remind these madmen not to forget that the People's Liberation Army's powerful air defense system is by no means just A kind of decoration!
Our Hongqi-9 has a speed of up to Mach 6, a maximum combat altitude of 27,000 meters, and a maximum interception range of up to 260 kilometers. It can simultaneously guide 16 missiles to intercept 8 targets. With the anti-missile capability of the Hongqi-9, it can intercept all missiles in Taiwan. model of missile. And we also have S-300 and S-400 anti-missile systems , which are the nemesis of Taiwan’s missiles.
Perhaps Taiwan’s missiles were just launched and were destroyed by the regiment of our People’s Liberation Army’s anti-missile system before they even got close to our airspace. Facing the iron wall of the People's Liberation Army's anti-missile system, it is simply a dream for it to attack our coastal or deep cities! As long as it dares to fire the first shot, it will never have the chance to fire the second shot!
(pictures from the Internet)
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