Why low Earth orbit needs a removal company
The debris problem is not a mystery. The objects are catalogued, the risk is modeled, and the number that has to come down each year is known. What is missing is a company that removes them as a business.
The environment
ESA's 2025 Space Environment Report counts 39,246 tracked objects in orbit. Its models estimate about 54,000 objects larger than 10 centimeters, about 1.2 million between 1 and 10 centimeters, and about 140 million between 1 millimeter and 1 centimeter. At orbital speed, a 1 centimeter fragment hits with the energy of a hand grenade. Intact satellites and rocket bodies now reenter more than three times a day, and launch rates are still climbing.
The objects that matter most
Most of the long-term collision risk comes from a short list of very large, very old objects. Of the 50 statistically most concerning derelicts in low Earth orbit, 44 are rocket bodies and 76 percent were launched before 2000.
| Object family | Mass each | Why it matters |
|---|---|---|
| SL-16 rocket bodies | ~9,000 kg | The top 20 of the 50 most concerning derelicts in LEO. A collision between two would roughly double the tracked catalog. |
| SL-8 rocket bodies | ~1,400 kg | Hundreds in orbit, many more than forty years old. |
| Envisat | ~8,000 kg | Dead since 2012, expected to stay up about 150 years. No funded removal mission. |
| Fengyun-1C debris | 2,300+ pieces | The 2007 anti-satellite test cloud, still the largest debris-generating event in history. |
What stabilizes orbit
NASA's LEGEND modeling found that removing on the order of five large objects per year, combined with good disposal practice on new launches, substantially stabilizes the low Earth orbit population. Later work by NASA, ESA, and the Inter-Agency Space Debris Coordination Committee lands in the same range of five to ten per year. The target is modest. Nobody is meeting it.
Why nothing has come down
Cost. Every removal mission flown or contracted so far is a bespoke vehicle built for one object. The whole program cost is charged to a single removal, which lands in the 90 million dollar class per object. Ten removals a year at that price is close to a billion dollars a year, forever. No operator, insurer, or government funds that as an operating expense, so removal has stayed a slow demonstration line in agency budgets.
Our mission
Standard SpaceWorX is building removal that costs what a compliance line item costs. That is an engineering problem and a business model problem at the same time, and we are attacking both. The technical approach is proprietary and shared under NDA while our patent filings are prepared.
Our operating principles. Retire the hardest risk first, on the ground. Standardize the procedure so the fortieth removal costs less than the first. Build a domestic capability that government and defense buyers can rely on. Publish the market data, protect the method.
Clearing orbit starts with a conversation.
Investors, satellite operators, government and defense buyers, insurers and aerospace partners reach the founder directly. Program details are shared under mutual NDA.