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Chinese scientists have claimed that they have produced next-generation hypersonic weapons with infrared homing advancements that the US military may not have until 2025.
According to the researchers, heat-seeking capabilities allow Chinese hypersonic missiles to home in on practically any target with remarkable accuracy and speed, including stealth aircraft, ships, and even moving vehicles on the street.
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Earlier, China had showcased what was touted to be revolutionary radar at the Zhuhai airshow, as previously reported by the EurAsian Times. Called the YLC-8E, it was described as the world’s first anti-stealth radar system operating in the UFH band, as well as a pioneer in special high-frequency radar technology and active phase-controlled array radar combined with a revolutionary anti-stealth sharp device.
At Americas’ Mercy: Why France’s ‘Highly Prized’ Rafale Fighter Jets Are Dependent On US Approvals For Their Export
The YLC-8E system has been promoted by the Chinese as a “super radar” that can identify American F-22 and F-35 fighter jets. Now, combined with the infrared homing or heat-seeking hypersonic missiles, China seems to be sending a signal to the United States that its Raptors might not be danger-proof from a Chinese attack.
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Heat sensing at hypersonic speeds is difficult, but senior scientist Professor Yi Shihe said in a study published on December 15 in the domestic peer-reviewed journal Air and Space Defence that China has accomplished “a number of basic technology advances that have been proven effective in tests.”
In an article, Yi stated, “Precision guidance with infrared imaging technology is a force multiplier for hypersonic weapons.”
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The surface of a missile becomes so hot at high Mach numbers that the heat signal of a target can be drowned by background noise. Because no glass material could endure the intense heat and shock waves, the infrared window would fracture.
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The Chinese researchers used an air-blowing device to create a small layer of chilly air in front of the infrared window, lowering the heat on the glass. This strategy has been tried before but failed because the cooling air could generate severe turbulence, distorting the heat signal and resulting in a blurry, flickering, and less accurate placement of the target.
With a series of discoveries, Yi’s team was able to address this challenge. To eliminate signal distortion, they built a small, light device that could emit a very cold stream of inert gas at more than three times the speed of sound.
They were able to cram 40 micro-vortex generators into the air-cooling apparatus in order to generate airflows that could break up the turbulence. They also devised a new mathematical model that enabled them to better forecast and minimize optical distortion as missiles accelerated and homed in on targets at varying attack angles, according to the SCMP report published on December 31.
originally posted by: nugget1
It's so nice of America to have spent the last few decades ensuring China becomes the number one world power.
originally posted by: MDDoxs
a reply to: majesticgent
I defer entirely to Zaphod on this. Maybe moved to his forum
originally posted by: Zaphod58
a reply to: majesticgent
China also claimed to have the first quantum radar, which would render stealth obsolete, which turned out to have a range of about 60 miles.
originally posted by: grey580
a reply to: majesticgent
First they have to acquire a target with the radar to even guide the missile for it to be close enough to be effective.
Good luck with that.
originally posted by: Zaphod58
a reply to: majesticgent
China also claimed to have the first quantum radar, which would render stealth obsolete, which turned out to have a range of about 60 miles.