Space is filling up fast, and it’s not just with shiny rockets and satellites. There’s a massive cloud of junk circling Earth right now, and someone has to clean it up before it becomes a disaster.
For decades, we’ve launched nearly 20,000 objects into orbit, and now we’re talking about sending up to a million more satellites in the next ten years. That means all the old, broken hardware floating around up there is becoming a serious problem.
Even something as tiny as a paint fleck can cause catastrophic damage when it’s traveling at over 17,000 miles per hour. According to NASA, there are already more than 100 million pieces of debris larger than a millimeter in low Earth orbit, weighing a total of 6,000 tons.
Until now, cleaning up space was mostly a government job. But a new FCC rule, set to take full effect next year, will require private companies to get involved. Starting in 2027, operators must remove dead satellites within five years of their mission ending, a huge shift from the old 25-year guideline.
That change is creating a brand-new commercial market, and experts say it could be worth $8 billion by 2030. Companies that used to launch objects and forget about them now need to find ways to bring their trash back down.
Dr. Chiranjeevi Phanindra, founder of Cosmoserve Space, is preparing to launch debris-collecting technology as soon as next week. His company uses a “Venus flytrap” style approach, with soft robotic arms that trap floating material.
Other companies are trying different methods. Some are building spacecraft that grab debris and bring it back to Earth. Others are working on giant nets or shooting gas at pieces to slow them down and make them fall.
The industry is still young, but insiders believe the margins could be huge. “Very few people will be able to do this in space,” Dr. Phanindra says. “The numbers are not huge, but the margins will be really large compared to any other players.”
Adam Kall, who founded KMI in 2019, sees this as more than just trash removal. His company recently demonstrated technology on the International Space Station that can capture unprepared objects without special docking adapters.
“If you can grab and move a dead satellite, you can move almost anything else in orbit,” Kall explains. He believes the same tech could reposition active satellites, deliver materials to space factories, or service future orbital data centers.
The first movers in space might not be explorers or settlers. They could be the garbage collectors, clearing the way for everything else to come.
What do you think, is space cleanup the next big industry or just a costly necessity?
