Chinese scientists can now track US stealth fighters with Starlink satellites
- Chinese scientists have developed the ability to detect stealth aircraft like the F-22 and F-35 using the Starlink satellite network.
- The detection method utilizes forward-scatter radar techniques to analyze signal disruptions from Starlink's electromagnetic waves.
- This breakthrough poses a challenge to U.S. military air superiority in potential conflicts.
In recent months, Chinese scientists have revealed their capability to detect advanced stealth aircraft like the F-22 and F-35 through the use of Elon Musk's Starlink satellite network. This development emerges from an experiment conducted off the coast of Guangdong, where a DJI Phantom 4 Pro drone was launched. Despite the drone's stealth design, it was successfully detected using electromagnetic radiation emitted from a Starlink satellite situated over the Philippines, illustrating a potential breakthrough in military radar technology. Researchers employed forward-scatter radar techniques to analyze signal disruptions from Starlink's electromagnetic waves. Unlike traditional radar systems, which often fall prey to detection and jamming, this method offers an innovative solution to locate stealth targets. The implication is significant, as stealth technology relies heavily on minimizing electromagnetic wave reflections to evade detection. The Chinese researchers assert that the robust signals emitted by Starlink satellites can effectively circumvent these defensive measures. This experiment is part of a broader initiative by China to enhance its capabilities in detecting stealth aircraft. Previously announced advancements include the development of meter-wave radars and infrared tracking systems designed to monitor high-speed aerial targets. With these strategies, China aims to establish a regional detection network that counters stealth technologies employed by the United States and its allies. Concerns surrounding the military applications of Starlink have been prevalent since its use in Ukraine. This latest advancement by Chinese scientists highlights how the satellite network's capabilities could be leveraged for military advantage, potentially reshaping air superiority dynamics in future conflicts. US military officials are now faced with the challenge of reassessing strategies to maintain air dominance amid evolving detection technologies.