According to air traffic control information, since July, the US Air Force’s RC-135S missile observation and reconnaissance aircraft numbered 61-2662 has been deployed for three consecutive days. The RC-135S missile observation and reconnaissance aircraft took off at 2 am on July 2, the RC-135S took off at around 5 am on July 3, and took off again at 2 o'clock on July 4. Judging from the flight trajectory, the RC-135S missile observation and reconnaissance aircraft operating on July 3 was operating in the East China Sea airspace and continued to fly for 16 hours. Therefore, the US Air Force will dispatch KC-135R aerial tankers to cooperate. 202207028/Aviation Vision/AZ, the US military actually only has three RC-135S missile observation and reconnaissance aircraft, and the other two are numbered 61-2663 and 62-4128.
Recently, the US military used the RC-135S missile observation and reconnaissance aircraft to get close to take a peek, and the continuous dispatches seemed to be an "undercurrent". According to the news released on social media, the US Air Force's RC-135S missile observation and reconnaissance aircraft were operating in the East China Sea. During this period, the flight trajectory of the suspected missile appeared in the northwest sky, so it is very likely that a test launch of related missiles was carried out. China has previously conducted land-based mid-course anti-missile technology tests. China has conducted similar test launches many times before, thus verifying the reliability of the ballistic missile defense system . mid-section anti-missile represents the highest level of ballistic missile defense system. Currently, only two countries in the world master relevant technologies.
Judging from the "auspicious clouds" appearing in the northwest sky, the U.S. military's intelligence is quite accurate, so it is worthy of vigilance. The U.S. Air Force's RC-135S missile observation and reconnaissance aircraft numbered 61-2662 arrived at Kadena Base in Ryukyu on June 15. There was only one peeping operation in the first island chain in June, when the RC-135S entered the Sea of Japan airspace on June 25 and carried out operations. RC-135S is an intelligence collection platform that relies on infrared/optical equipment. It has the ability to track and monitor the trajectories of ballistic missiles and launch vehicles . This is an important platform for the US military intelligence system, mainly for the United States ballistic missiles. Missile defense systems provide basic data collection.
According to information collected by Aviation Vision, the U.S. Air Force frequently deploys RC-135S missile observation and reconnaissance aircraft at Kadena base . In 2022, three RC-135S appeared in Kadena, basically through rotating deployment. way to remain in existence for a long time. The U.S. Air Force conducted three consecutive days of reconnaissance operations in an attempt to grasp relevant information about ballistic missile test launches. Judging from the 16-hour operation of the RC-135S missile observation and reconnaissance aircraft, the U.S. military was well prepared and aimed to launch the first test of ballistic missiles. To grasp relevant information about ballistic missile test launches at once, we should be vigilant about the movements of the US Air Force's RC-135S missile observation and reconnaissance aircraft.
The U.S. Air Force’s RC-135S missile observation and reconnaissance aircraft has successfully observed ballistic missile test launches many times in 2022. Judging from the deployment location of the RC-135S missile observation and reconnaissance aircraft, the Asia-Pacific region is the focus of the U.S. military. In addition to deployment through the Kadena base, the Eielson Air Force Base in Alaska will also be used for deployment, so that Russia's ballistic missile test launches in the Far East can be detected. Usually Russia's intercontinental ballistic missiles For the test launch, the shooting range on the Kamchatka Peninsula will be chosen as the target, because it will become the target of the US Air Force RC-135S missile observation and reconnaissance aircraft.
