Австралийн Квийнслэнд мужийн эргээс олдсон металл бөмбөлгүүд нь пуужингийн эд анги байж болзошгүй гэж шинжээчид үзэж байна.
2026 оны долдугаар сарын эхээр Ингам хотын ойролцоох Форрест эргээс олдсон зургаан ширхэг металл бөмбөлгийг Австралийн Сансрын агентлаг (Australian Space Agency) пуужингийн даралтат сав байх магадлалтай гэж мэдэгджээ. Аюулгүйн албаныхан олдвор олдсон газрын эргэн тойронд 50 метрийн радиустай хамгаалалтын бүс тогтоон, нарийвчилсан шинжилгээ хийж байна. Тус улсад өмнө нь NASA-гийн “Skylab” станц, SpaceX-ийн “Dragon” хөлөг болон олон улсын пуужингуудын үлдэгдэл олдсон тохиолдлууд бүртгэгдэж байсан юм.
Aerospace корпорацийн Орбитын хог хаягдлын судалгааны төвийн захирал Марлон Соргегийн тайлбарласнаар, эдгээр бөмбөлөг нь сансрын хөлгийн хий хадгалах зориулалттай даралтат савнууд аж. Титан зэрэг бат бөх материалаар хийгдсэн тул агаар мандалд буцаж орох үедээ шатаж үгүй бололгүй, бүтнээрээ газарт унах магадлал өндөр байдаг байна. Эдгээр олдвор нь сансрын хөлгийн эд ангиуд хяналтгүйгээр эх дэлхийд эргэн ирэх үед ямар нөлөөлөлд өртдөг болохыг судлах чухал баримт болдог.
Миссисипийн их сургуулийн Агаарын болон сансрын эрх зүйн төвийн захирал Мишель Ханлоны хэлснээр, нэг пуужингийн хэсгүүд дэлхийн өөр өөр тивийн улс орнуудад тархан унах нь сансрын хог хаягдлын хувьд хэвийн үзэгдэл юм. Нэн нам орбитод эргэлдэж буй сансрын хөлгийн эд ангиуд агаар мандлын эсэргүүцлийн улмаас унахдаа хаана буухыг урьдчилан таамаглах нь төвөгтэй байдаг. Ихэнх хэсэг нь далайд унадаг ч, ийнхүү бат бөх хийцтэй савнууд нь эрэг дээр олдох нь элбэг байдаг аж.
Сансрын агентлагийн зүгээс сансрын хог хаягдал байж болзошгүй зүйл олсон тохиолдолд гараар хүрэхгүй байхыг анхааруулж байна. Олдворыг аюулгүй шалгуулахын тулд холбогдох орон нутгийн байгууллагад яаралтай мэдэгдэх шаардлагатайг зөвлөв. Эрдэмтэд сансрын хөлгийн эд ангиудын уналтыг илүү нарийвчлалтай хянах нь сансрын аюулгүй байдлыг хангах, үйл явцыг судлахад чухал ач холбогдолтой гэж үзэж байна.
Дэлгэрэнгүйг эх сурвалжаас харах
↓Эх сурвалжийг нээх ↓
Six metal spheres found on a beach in Queensland are believed to be parts of a rocket launch vehicle, bringing fresh attention to the unpredictable return of human-made objects from space. The spheres were found near Forrest Beach, a small coastal community close to Ingham, in early July 2026. The Australian Space Agency said they are likely pressure vessels from a launch system, while emergency teams secured the area and created a 165-foot (50-meter) exclusion zone as experts investigated.
The metal spheres is the latest in a series of space debris incidents involving Australia. Over the years, the country has recovered several pieces of spacecraft hardware, including debris from NASA’s Skylab space station, a SpaceX Dragon component and rocket-related parts from international missions.
For scientists studying orbital debris, these objects are more than unusual finds. They provide direct evidence of what happens when spacecraft parts return without a controlled landing and show how much remains uncertain about the final moments of a reentry.
These Rocket Tanks Survive What Most Spacecraft Can’t
The metal spheres found in Queensland are believed to be pressure vessels, which are designed to store gases inside rockets and spacecraft. Their strong construction makes them some of the parts most likely to survive when a vehicle breaks apart during atmospheric reentry. According to Marlon Sorge, executive director of the Center for Orbital Reentry Debris Studies (CORDS) at Aerospace Corporation:
“Very often they will be made of something like titanium which is really good at surviving.”
He explained that these metal spheres do not behave like ordinary pieces of metal during descent and can slow down in a way that helps them remain intact.
“Even if they heat up, they don’t care,” Sorge said, describing the durability of titanium components.
He also pointed to Composite Overwrapped Pressure Vessels (COPVs) as another type of spacecraft hardware that can create challenges because they are built to handle extreme conditions.
Recovered debris gives researchers a rare look at real reentry damage. By examining the spheres after they reach the ground, scientists can study the effects of heat, pressure and atmospheric forces.
Australia, A Hotspot For Space Debris
The latest discovery follows several other cases where space hardware reached Australian territory. In 1979, debris from Skylab fell across Western Australia after the American space station returned to Earth. In 2022, a section of a SpaceX Dragon spacecraft trunk was discovered in New South Wales, followed by a pressure vessel linked to an Indian rocket booster found near Perth in 2023.
As explained by the Australian Space Agency, anyone who finds suspected space debris should avoid handling it. The agency recommends contacting local authorities and reporting the discovery so trained teams can assess the object safely.
Identifying where the metallic spheres and other debris come from can take time. Michelle Hanlon, executive director of the Center for Air and Space Law at the University of Mississippi School of Law, said that:
“t may seem surprising that pieces of the same rocket can show up in Australia, Canada or on a farm in Africa, but that’s actually what we’d expect.”
Predicting Falling Space Junk Is Still Difficult
Objects in low Earth orbit pass over large areas of the planet as they travel around Earth. When a spacecraft part begins an uncontrolled return, atmospheric drag eventually brings it down, but the final landing point can be difficult to predict.
“They’re built to withstand enormous pressures, so they are also among the pieces most likely to survive reentry. That’s why they seem to turn up so often,” she stated.
Most falling debris ends up in the ocean, since water covers much of Earth’s surface. Some stronger pieces, like pressure vessels, can survive and be discovered on land or washed onto beaches.
Researchers say better monitoring during the final stages of a reentry would help identify the source of debris. Sorge said that knowing the exact time and location of an impact would provide valuable information about what happened during the fall.
Enjoyed this article? Subscribe to our free newsletter for engaging stories, exclusive content, and the latest news.
