Chinese Rocket Debris Discovered in Minnesota Cornfield Following September Launch

A circular metal object measuring roughly 11 feet in diameter was recently discovered by a farmer in western Minnesota, with local law enforcement and space experts linking the hardware to a Chinese rocket launch from September 15.

According to reports from the Stevens County Sheriff’s Office, the large metallic fragment was found during the fall corn harvest in Scott Township. Authorities stated that the object poses no danger to the public and noted that local law enforcement is coordinating with state and federal agencies to identify the owner and arrange for its removal.

Flight Timeline and Origin

Reports indicate the debris originated from a Zhuque-2E medium-lift rocket built by the Chinese company LandSpace. The rocket lifted off from the Dongfeng launch zone at the Jiuquan Satellite Launch Center on September 15, deploying 10 satellites for the Qianfan communications network during a flight that lasted under 80 minutes.

Flight data and social media observations from the night of the launch tracked streaks of fiery debris moving north over Kansas toward Minnesota and visible from Wisconsin. The upper stage of the Zhuque-2E rocket measures 11 feet (3.35 meters) in diameter, matching the dimensions of the object recovered in the cornfield.

Practical Implications and Space Safety

• Liability: Under international law, the country responsible for launching an object into space remains liable for any resulting ground damage.
• Reentry Practices: While deorbiting spent rocket stages helps reduce long-term orbital debris, standard safe disposal typically directs hardware to reenter over remote ocean waters rather than populated landmasses.
• Verification: Officials have urged the public to rely on updates from the Stevens County Sheriff’s Office and participating federal agencies regarding the investigation and removal process.

LandSpace has not publicly commented on the incident. Observers suggest the trajectory over land may have resulted from an imperfect deorbit burn.