Karman+

A Self-Sustaining Space Economy
Website
The problem

As the space economy expands, so does its demand for resources. The need for satellite servicing, deep-space exploration, and orbital manufacturing is accelerating, but the supply model is fundamentally flawed. Every kilogram of material used in space must first be extracted, processed, and launched from Earth, adding immense costs and constraints.

Location

USA

The solution

Karman+ is changing the equation. Instead of transporting raw materials from Earth, they are tapping into a resource already abundant in space: near-Earth asteroids. These asteroids contain everything from water—which can be converted into rocket fuel—to the essential metals needed for construction.

Investment year

2025

A Self-Sustaining Space Economy
Website
Sector

Materials

Investment stage

seed

A Self-Sustaining Space Economy
Website
Sector
Materials
Location
USA
Investment stage
seed
Investment year
2025
The problem

As the space economy expands, so does its demand for resources. The need for satellite servicing, deep-space exploration, and orbital manufacturing is accelerating, but the supply model is fundamentally flawed. Every kilogram of material used in space must first be extracted, processed, and launched from Earth, adding immense costs and constraints.

The solution

Karman+ is changing the equation. Instead of transporting raw materials from Earth, they are tapping into a resource already abundant in space: near-Earth asteroids. These asteroids contain everything from water—which can be converted into rocket fuel—to the essential metals needed for construction.

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