Taiwan‘s National Sun Yat-sen Institute of Science continued to test the infinitely high missile on January 14 and 15, both test-fired successfully, pictured in the schematic photo.
Chinese Communist Party military aircraft continue to disturb Taiwan and threaten security in the Taiwan Strait. Taiwan’s National Sun Yat-sen Institute of Science (NSIS) continued to test an infinitely high missile on Jan. 7, and then successfully test-fired both on Jan. 14 and 15.
The Republic of China Air Force dispatched air patrol troops to respond, broadcast repulsion, and air defense missile tracking and monitoring.
Communist aircraft continue to disturb Taiwan Taiwan CAS successfully test-fired an infinitely high missile
The Republic of China Air Force (ROCAF) released the dynamics of the communist aircraft on January 14. The ROCAF dispatched one Yun-8 far stem aircraft and one Yun-8 technical reconnaissance aircraft to violate Taiwan’s southwest air defense identification zone (ADIZ), pictured here is the Yun-8 technical reconnaissance aircraft (the same type of aircraft). (Courtesy of the Ministry of National Defense of the Republic of China)
According to the “Instant Military News” section of the official website of the Ministry of National Defense of the Republic of China, there was one Yun-8 technical reconnaissance aircraft on January 2 and 11; one Yun-8 anti-submarine aircraft on January 3, 9, and 13; and one Yun-8 long-range aircraft, one Yun-8 anti-submarine aircraft, one Yun-8 technical reconnaissance aircraft, and one Yun-9 communication countermeasures aircraft violated Taiwan’s southwest ADIZ on January 4.
On the 5th, there was one Yun-8 long-distance dry aircraft; on the 6th, one Yun-8 ASW aircraft and one Yun-8 long-distance dry aircraft; on the 7th, one Air Marshal-500; on the 12th, one Yun-8 ASW aircraft, one Yun-8 long-distance dry aircraft, and one Yun-8 technical reconnaissance aircraft; on the 14th, one Yun-8 long-distance dry aircraft and one Yun-8 technical reconnaissance aircraft violated Taiwan’s southwest ADIZ.
According to the Ministry of National Defense, from January to the end of December 2020, about 380 aircraft have violated Taiwan’s southwest ADIZ. Compared with the past, the southwest airspace is different from the usual airspace and is the most seriously violated.
In response to the threat of Chinese communist force against Taiwan, Taiwan has continued to strengthen its military forces. The CAS conducted intensive missile test firings at its base in Jiupeng late last year, with the maximum ballistic scale marked as “infinite height”. According to the firing notification announced by CAS, missile artillery test firings were conducted on January 7 and 8, 14 and 15, 18 and 19 this year, with the maximum ballistic elevation of “infinite height”, and the firing time and control range were the same, belonging to the same type of missile.
The Chinese Academy of Sciences (CAS) conducted its first “unlimited height” missile test firing this year on the 7th and 8th at the Jiu Peng base, and outsiders judged that it might be an extended-range Tian Gong III missile or a Yunfeng missile based on the height and the twisting firing area.
According to the Central News Agency, the Chinese Academy of Sciences on the 14th to carry out the second long-range missile firing this year, together with the first wave of firing on the 7th and 8th, the Communist reconnaissance ship rare did not show up. The military sources have judged that the absence is suspected to be related to the U.S. warship entering the Bus Strait from off Lan Yu in the morning.
Retirees from the Chinese Academy of Sciences (CAS) judged that the firing was most likely an extended-range Xiong Er E cruise missile, based on the danger range and L-shaped flight trajectory of the firing.
Comprehensive media reports, CAS 15 at 9:32 a.m., in the Jiupeng base on time to shoot a missile straight towards the sky. CAS test-fired missiles are highly intensive and have apparently entered the final verification phase. Outside speculation is yet to reveal the new missile’s electronic navigation testing and verification.
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