Agents responded to a Minnesota farm on October 14, 2026, after receiving a report of a "foreign" object discovered in a cornfield. The Stevens County Sheriff’s Office was alerted around 3:30 p.m. to debris found in Scott Township.
Authorities located a metallic object approximately 11 feet in diameter, which they suspect may be space debris. Images shared by local residents show two black vehicles parked near the object as officers examined it. The object appeared to be scorched on its underside. Farmers reportedly found the object while harvesting their fields.
The Minnesota Duty Officer was notified, leading to involvement from federal agencies. The object has since been moved to a secure location. Sheriff Jason Dingman stated that the investigation is ongoing and declined to name the specific federal agencies involved, citing the cryptic nature of the information received.
"There are several various agencies assisting in the determination of origin of this object," Dingman said Friday afternoon. "We're not getting fed much information either and what info we do get is pretty cryptic. So I think somebody way up the food chain above my head knows what this thing is but they are not even telling us."
Tena Wilts, a resident of Chokio, observed the object while driving approximately three miles from the field. "It's very large. Compared to the trucks, it seems very large and bizarre that it just kind of landed there in the middle of a field," Wilts told the Star Tribune. "We had a tornado through the area a few weeks ago, so that came to mind. You hear about space garbage, too, so that comes to mind."
Officials indicated to KARE 11 that serial numbers were visible on the object, which could aid investigators in tracing its origin. Authorities have assured the public that the discovery poses no danger.
According to NASA, space debris encompasses defunct satellites, spent rocket stages, and fragments resulting from spacecraft breakups or collisions. Orbits decay over time, causing some objects to fall back to Earth. During atmospheric re-entry, spacecraft typically disintegrate between 45 and 52 miles above the surface. Fragments that survive this descent experience intense heating, with some burning up completely while others reach the ground.
Materials with higher melting points, such as titanium and stainless steel, are more likely to survive re-entry than aluminum components. Fragments protected within larger structures may also be shielded from heat until surrounding materials break apart. NASA employs computer models to forecast which spacecraft components might endure re-entry.
While controlled re-entries aim to direct debris toward remote areas, typically over oceans, uncontrolled descents carry no guarantee that surviving fragments will avoid populated land. Investigators have not yet connected the Minnesota object to any specific satellite, rocket, or launch.