Chinese Missile News

[Hendarto]

They already tested the prototype successfully in 2022 called Feytien. Here the designer celebrates the success with the said missile in the background. The 2022 test the engine range and structural integrity Now they did the guidance and data link

China’s new missile design appears to be based on the Feitian-1 hypersonic vehicle, pictured ahead of its successful test launch in 2022. Photo: Northwestern Polytechnical University

Little else is known about the missile​

Su and his team have designed an ultra-long-range SAM that has exceeded expectations. The missile is only 26 feet (8 meters) long and weighs 2.5 tonnes. A solid rocket motor will provide the necessary thrust for vertical launch, followed by a ramjet engine to propel the missile into the upper atmosphere.




The paper did not provide any information about the missile’s appearance. Still, the design parameters suggest that it may be similar to the Feitian-1 hypersonic vehicle, which the university successfully tested two years ago.

SCMP reports that the Feitian-1 is fueled by kerosene and designed to fly continuously within the atmosphere, making it the world’s first hypersonic vehicle with an extended range.
The researchers added that real-time data from reconnaissance satellites will guide the missile and will switch to its own sensors in the final approach. It would then detonate its warhead when it reaches an effective kill range.

China develops anti-aircraft missile with 2000 km range | Defense News April 2024 Global Security army industry | Defense Security global news industry army year 2024 | Archive News year

China develops anti-aircraft missile with 2000km range

www.armyrecognition.com

 

[DevendraRajput]

I already answer your question CAN'T YOU NOT READ! OR MAYBE IT IS TOO DIFFICULT FOR YOU EVEN TO UNDERSTAND IT IS CLEARLY SPELLED OUT!
IT IS LIKE TALKING TO THE WALL! FORGET ABOUT IT GO DROWN IN YOUR IGNORANCE
View attachment 34651

CSIS IS WELL REGARDED THINK TANK funded by the likes of Lougheed, Northrop, Boeing, etc Who are you nobody to dismiss them? They are well-funded hire the best analysts and often provide input to US government policy
CSIS (Center for Strategic and International Studies) is a bipartisan, nonprofit organization that provides research, analysis, and policy recommendations on global issues. Founded in 1962, CSIS conducts research across various domains, including defense, security, health, energy, and more12. Their work spans critical topics such as China, Russia, Ukraine, water security, and other international affairs. Through reports, events, podcasts, and video series, CSIS contributes to informed decision-making and understanding of global challenges.

There is no evidence of use of SAR or EO for guiding a SAM. You have the reason as well. Since you believe a lot in ChatGPT, you have seen chatGPT responses as well. Now if you still want to believe it, its your fault.

 

[DevendraRajput]

They already tested the prototype successfully in 2022 called Feytien. Here the designer celebrate the success with the said missile in backgorund
View attachment 34652
China’s new missile design appears to be based on the Feitian-1 hypersonic vehicle, pictured ahead of its successful test launch in 2022. Photo: Northwestern Polytechnical University

Little else is known about the missile​

Su and his team have designed an ultra-long-range SAM that has exceeded expectations. The missile is only 26 feet (8 meters) long and weighs 2.5 tonnes. A solid rocket motor will provide the necessary thrust for vertical launch, followed by a ramjet engine to propel the missile into the upper atmosphere.

View attachment 34653


The paper did not provide any information about the missile’s appearance. Still, the design parameters suggest that it may be similar to the Feitian-1 hypersonic vehicle, which the university successfully tested two years ago.

SCMP reports that the Feitian-1 is fueled by kerosene and designed to fly continuously within the atmosphere, making it the world’s first hypersonic vehicle with an extended range.
The researchers added that real-time data from reconnaissance satellites will guide the missile and will switch to its own sensors in the final approach. It would then detonate its warhead when it reaches an effective kill range.

This is a hypersonic vehicle alright but there is no indication that it was used to intercept targets at 2000 KM range and no details of what guidance mechanism they have proposed. Obviously you have given no source.

 

[Hendarto]

This is a hypersonic vehicle alright but there is no indication that it was used to intercept targets at 2000 KM range and no details of what guidance mechanism they have proposed. Obviously you have given no source.

I GUESS YOU CANNOT READ HERE IT IS

The researchers added that real-time data from reconnaissance satellites will guide the missile and will switch to its own sensors in the final approach. It would then detonate its warhead when it reaches an effective kill range.

 

[DevendraRajput]

I GUESS YOU CANNOT READ HERE IT IS

The researchers added that real-time data from reconnaissance satellites will guide the missile and will switch to its own sensors in the final approach. It would then detonate its warhead when it reaches an effective kill range.

Whats the source?
Some random blog post like "armyrecognition"?

 

[NGAD IS THE BEST]

That is not true.There is no such thing as an outdated SARH. You cannot rely completely on the onboard radar because the missile diameter is small the T/R module it can carry is limited, resulting in short-range missiles. It can't provide an update, and is susceptible to spoofing, jamming EW
etc Here is the more detailed advantage of SARH
Let’s explore the advantages of semi-active radar guidance in missile systems:

1. Precision and Accuracy:
   • Semi-active radar guidance relies on ground-based radar systems or other external radar sources.
   • The radar illuminates the target, and the missile homes in on the reflected radar signals.
   • This method provides high accuracy, especially during the terminal phase of the missile’s flight.
   • It allows precise targeting of specific points on the target, minimizing collateral damage.
2. Cost-Effectiveness:
   • Semi-active radar-guided missiles are often more cost-effective than active radar-guided missiles.
   • Since the missile itself doesn’t need an onboard radar system, it can be simpler and less expensive to manufacture.
3. Long Range:
   • Semi-active radar guidance enables missiles to engage targets at extended ranges.
   • The ground-based radar can track targets from a considerable distance, allowing the missile to receive continuous guidance updates.
4. Beyond Line of Sight (BLOS):
   • The radar signal can reach targets beyond the line of sight.
   • This capability is crucial for engaging targets over the horizon or behind obstacles.
5. Cooperative Attacks:
   • Multiple missiles can be guided simultaneously by the same radar source.
   • This coordination allows for cooperative attacks on multiple targets.
6. Reduced Vulnerability:
   • Since the missile doesn’t emit its own radar signals, it remains less detectable by enemy radar warning systems.
   • Reduced emissions enhance the missile’s survivability.

In summary, semi-active radar guidance combines precision, cost-effectiveness, and long-range capabilities, making it a valuable choice for various missile applications.

The basic concept of SARH is that since almost all detection and tracking systems consist of a radar system, duplicating this hardware on the missile itself is redundant.

The weight of a transmitter reduces the range of any flying object, so passive systems have greater reach. In addition, the resolution of a radar is strongly related to the physical size of the antenna, and in the small nose cone of a missile there isn't enough room to provide the sort of accuracy needed for guidance.[3] Instead the larger radar dish on the ground or launch aircraft will provide the needed signal and tracking logic, and the missile simply has to listen to the signal reflected from the target and point itself in the right direction.

Additionally, the missile will listen rearward to the launch platform's transmitted signal as a reference, enabling it to avoid some kinds of radar jamming distractions offered by the target.

Tell me how many countries are using SEMI ACTIVE RADAR HOMING AAM AND SAMS? IT'S A OUTDATED AND OLD SYSTEM TO TARGET JETS

 

[Hendarto]

Tell me how many countries are using SEMI ACTIVE RADAR HOMING AAM AND SAMS? IT'S A OUTDATED AND OLD SYSTEM TO TARGET JETS

Still being used today for long-range missile HQ9B and most long-range SAM
The missile uses track-via-missile (TVM) guidance combining inertial guidance, mid-course uplink, and terminal active radar.[8] The TVM used on earlier missiles may have been developed from a United States MIM-104 Patriot
missile purchased from Israel or Germany.[6]

Track-via-missile or TVM refers to a missile guidance technique which combines features of semi-active radar homing (SARH) and radio command guidance. This avoids the problems with terminal accuracy normally seen by command guided missiles, especially at long range. It has been used on a number of long-range surface-to-air missiles (SAMs) including the MIM-104 Patriot.

 

[NGAD IS THE BEST]

Still being used today for long-range missile HQ9B and most long-range SAM
The missile uses track-via-missile (TVM) guidance combining inertial guidance, mid-course uplink, and terminal active radar.[8] The TVM used on earlier missiles may have been developed from a United States MIM-104 Patriot
missile purchased from Israel or Germany.[6]

Track-via-missile or TVM refers to a missile guidance technique which combines features of semi-active radar homing (SARH) and radio command guidance. This avoids the problems with terminal accuracy normally seen by command guided missiles, especially at long range. It has been used on a number of long-range surface-to-air missiles (SAMs) including the MIM-104 Patriot.

Lol do research before you post Only HQ 9 version has a semi-active radar guidance and rest of the SAMs uses active radar guidance that has better accuracy than semi-active radar guidance and TVM is not semi-active active radar guidance system, do research before you post here, it's all the way different technology from semi-active radar guidance

 

[Hendarto]

Lol do research before you post Only HQ 9 version has a semi-active radar guidance and rest of the SAMs uses active radar guidance that has better accuracy than semi-active radar guidance and TVM is not semi-active active radar guidance system, do research before you post here, it's all the way different technology from semi-active radar guidance

It is an updated SARH as the description above said! Instead of homing on the reflected radar illumination The mother ship sends data thru RF uplink and the missile sends position thru the downlink

 

[OttoApocalyse]

More information about "Feitian-1 hypersonic".It is a type of aircraft that uses a combination engine called RBCC to specialize in adapting to hypersonic flight environments. The significance of the experiment corresponding to the image in the poster is that it perfectly practices stable operation throughout the entire flight process from low-speed subsonic transonic to hypersonic. It is a necessary technical practice for the future development of more complex combination engines and multi-stage air and space vehicles. It was also the first successful experiment in the world that year.

Video that explain it.【【飞羽社】全球首次，西工大飞天一号全流程模态转换成功！】 https://www.bilibili.com/video/BV1p...eb&vd_source=0467f11664ba1869bdbd6d49ccf20c97

 

[Hendarto]

More information about "Feitian-1 hypersonic".It is a type of aircraft that uses a combination engine called RBCC to specialize in adapting to hypersonic flight environments. The significance of the experiment corresponding to the image in the poster is that it perfectly practices stable operation throughout the entire flight process from low-speed subsonic transonic to hypersonic. It is a necessary technical practice for the future development of more complex combination engines and multi-stage air and space vehicles. It was also the first successful experiment in the world that year.

Video that explain it.【【飞羽社】全球首次，西工大飞天一号全流程模态转换成功！】 https://www.bilibili.com/video/BV1p...eb&vd_source=0467f11664ba1869bdbd6d49ccf20c97

Yes I know It is great engine can transition from rocket to hypersonic using ram jet engine and At mach 5=100km/min it can reach 2000km within 20 min

China tests its first multi-mode engine hypersonic missile

China has tested one of its most advanced and latest multi-mode engine hypersonic missile named Feitian-1 in northwest China

www.ir-ia.com

According to the representatives of the Northwest Polytechnical University, the test went successfully and smoothly as the multi-mode engine of the missile switched successfully from one mode to the other, allowing the missile to reach hypersonic speeds and higher altitudes.

One of the main advantages of the multi-mode engine setup is that it does not require a separate oxidizer setup for pure rocket propulsion. The system extracts oxygen from the surrounding air, similar to a conventional rocket propulsion system. This allows the rocket to carry more payload with more fuel, increasing its flight range and payload capacity. Feitian-1 uses conventional kerosene-based aviation fuel.

China’s Feitian-1 hypersonic test vehicle. (Image Credit: School of Aeronautics and Astronautics of Northwestern Polytechnical University)
From launch to payload delivery, the missile goes through three different stages. In the first stage of the launch, an ejector rocket is used to propel the missile to the appropriate altitude. After reaching an appropriate height, the ramjet and then the scramjet engines are ignited one by one, allowing the missile to cover horizontal distances at hypersonic speeds. In the third and final stage of its propulsion, a conventional rocket system pushes the missile back up to a higher altitude before delivering the payload.

China is among the top three countries advancing rapidly in hypersonic missile technology and is one of the few countries to have an arsenal of active hypersonic missiles.

 

[Hendarto]

Here is the radar image of Norfolk taken from small satellite Taijing

Ku-band radar imagery from the small Chinese satellite Taijing-4-03, at the US Naval Base Norfolk. This 230kg satellite was put into orbit on January 23, 2024 by the Lijian-1 rocket of the Chinese Academy of Sciences.

https://twitter.com/x/status/1781716927012024785

 

[DevendraRajput]

More information about "Feitian-1 hypersonic".It is a type of aircraft that uses a combination engine called RBCC to specialize in adapting to hypersonic flight environments. The significance of the experiment corresponding to the image in the poster is that it perfectly practices stable operation throughout the entire flight process from low-speed subsonic transonic to hypersonic. It is a necessary technical practice for the future development of more complex combination engines and multi-stage air and space vehicles. It was also the first successful experiment in the world that year.

Indeed, Feitian-1 has demonstrated a combined or integrated propulsion that combined rockect, ramjet and perhaps scramjet into one propulsion engine. Does anyone has a copy of paper published in "Journal of Graphics" by the university team?

 

[DevendraRajput]

Here is the radar image of Norfolk taken from small satellite Taijing

Ku-band radar imagery from the small Chinese satellite Taijing-4-03, at the US Naval Base Norfolk. This 230kg satellite was put into orbit on January 23, 2024 by the Lijian-1 rocket of the Chinese Academy of Sciences.

Whats the relevance here?
Here is an even better resolution SAR image taken by a commercial SAR company.

 

[Hendarto]

Whats the relevance here?
Here is an even better resolution SAR image taken by a commercial SAR company.


View attachment 35274

The relevance is that you can send hundreds of these cheap satellites in near earth orbit to get better resolution and magnification