Our mission to end waste doesn't stop at the atmosphere.
Clear Constellation is Return's orbital-debris initiative. It carries the same idea that drives everything we do on the ground, that nothing of value should be abandoned, into the one place humanity has started to treat as a landfill: space.
Low Earth orbit has become the most remote landfill in the world.
Seventy years of launches have left thousands of metric tons of spent rockets, dead satellites, and fragments circling the planet. Most of it travels at roughly 17,000 miles per hour, fast enough that even a fleck of paint can disable a working spacecraft.
The problem compounds on itself. Every collision creates more debris, which raises the odds of the next collision, a cascade researchers call the Kessler effect. The satellites that carry our communications, navigation, weather, and defense all share that orbit. Left unmanaged, the waste we put in space could one day close it off.
Waste is waste, on the ground or in orbit.
Return exists to take responsibility for material once everyone else has stopped paying attention to it, to recover what can be recovered and account for the rest. Orbital debris is that same problem at the edge of the map: high-value material, abandoned, with no one accountable for what happens to it next.
Bringing recovery to orbit is a long horizon. We think the companies that will solve it are the ones already obsessed with recovery down here.
Start with the next generation of engineers.
Clear Constellation runs a national university design competition, challenging student teams to design practical ways to detect, capture, and recover material in orbit. It is a way to put the problem in front of the people who will spend their careers solving it, and to surface the ideas worth building.
This is not a purely academic exercise. The best concepts feed directly into Return's own work, because the goal is not a white paper. The goal is a working solution.
An initiative founded by Return co-founder Nate Morris.
Help us bring recovery to orbit.
We're looking for university teams, researchers, and partners who want to work on the hardest recovery problem there is.
Get in touch