The bowl-shaped object, measuring about 11 feet across, was unlike anything he had encountered on the farm, prompting authorities to investigate whether it had fallen from the sky. A cornfield in western Minnesota became the site of a space-debris mystery after a farmer discovered a charred metal object among his crops.
Deputies who arrived at the scene found the unusual structure and described it as presumably a space object. The farmer later estimated that it may have been in the field for about six weeks, based on the condition of the crops growing around and beneath it. The discovery also offered a clue about what the hardware might be. The officials stated that there were serial numbers on the device, which could assist in figuring out where the hardware had come from and who had been its owner. The sheriff’s department began working with state and federal agencies to determine the device’s origin.
As reported by MPR News , the object was discovered on October 14 in Scott Township, Stevens County, while the farmer was harvesting corn.
Despite the unusual situation, officials said there was no threat to the public.
MPR News, citing evidence from Ars Technica, suggested that the object could be associated with a Chinese rocket launched earlier this year. The investigation took a more intriguing turn when aerospace observers examined the object’s apparent size and shape. The suspected vehicle was a Zhuque-2E rocket, developed by Chinese aerospace company LandSpace.
Photos released by the sheriff’s office reveal a dark metal bowl that has visible evidence of having been scorched. The charred look of the object was one factor in officials’ suspicion that it was an object that had re-entered Earth’s atmosphere. Officials responded to the scene and discovered the metallic object, which has been estimated by officials as being approximately 11 feet across and “presumably a space object.
The mystery began after the Stevens County Sheriff’s Office was notified of “foreign debris” in a cornfield.
Because of its size, but because it shows how space activity can leave physical traces far from launch sites, the Minnesota discovery is unusual not just. Research published in Science examined how space debris breaks apart during atmospheric re-entry, showing that tracking the final stages of a falling object remains difficult and that predicting where fragments will land can be challenging. The researchers used seismic data to reconstruct the trajectory and fragmentation of debris during a previous re-entry.
