A recent experiment conducted by Chinese scientists has shown the potential to detect stealth aircraft using Starlink satellites.

The experiment utilized a DJI Phantom 4 Pro drone, which was launched off the coast of Guangdong and mimicked the radar profile of a stealth fighter.

During the experiment, the drone became visible on radar due to electromagnetic radiation emitted by a Starlink satellite passing over the Philippines.

The research team, led by Professor Yi Jianxin from Wuhan University, found that third-party radiation sources like Starlink could enhance radar concealment and anti-jamming capabilities.

They noted that while traditional radar systems struggle with stealth aircraft, Starlink's signals could detect these targets regardless of their camouflage.

However, the technology remains limited, as the drones operated at low altitudes and utilized relatively small radar antennas.

The experiment was overseen by the State Radio Monitoring Centre and underwent peer review before its findings were published in the Journal of Signal Processing on August 26.

Despite SpaceX's encryption and the absence of services for Chinese users, the researchers claimed they could develop a low-cost receiver to access Starlink signals.

If validated, this capability could significantly undermine the U.S. advantage in stealth technology, particularly against advanced aircraft like the F-22 and F-35.

China has expressed concerns that the U.S. could leverage SpaceX's Starlink satellite network in regional conflicts, especially given its use in Ukraine.

China's military believes that the U.S. military may utilize Starlink for surveillance in potential conflicts.

China has previously claimed advancements in detecting stealth aircraft, including infrared search-and-track systems and meter wave anti-stealth radars.