Research & Universities
A cluster given entirely to science — long-baseline experiments, shared instruments, and standing laboratories that never have to come home at the end of a mission.
Oakheart was never designed as a single destination. It's a pattern — a repeatable piece of orbital architecture that can be built again and again, as many times as we have reason to. The sky has room for all of it.

A single five-ship cluster is a complete world — but it is also a template. Once the Oakheart and its ships prove out, the same design can be launched again, in a new orbit, for a new purpose, without reinventing anything.
That changes the question. It's no longer “how do we build the station?” It becomes “how many do we need, and who are they for?”
A cluster given entirely to science — long-baseline experiments, shared instruments, and standing laboratories that never have to come home at the end of a mission.
Space agencies that once waited years for a berth can hold a permanent address in orbit, run on their own schedule, under their own flag.
Fiber, alloys, and pharmaceuticals that can only form in true microgravity — produced continuously in a cluster built around the work, not around a rocket.
Dedicated medical and life-science modules, isolated and stable, where the conditions of orbit become an instrument rather than an obstacle.
Nations and institutions can hold their own cluster — sovereign space in shared orbit, using the same architecture, keeping their own keys.
Every cluster is the same proven architecture — an Oakheart and its ships — so each new one is an act of assembly, not invention.
One constellation might be dedicated to research, another to industry, another held by an ally. The purpose is chosen; the hardware stays common.
The same way the launch pad opened space to the world, a common orbital standard turns low orbit into infrastructure anyone can build on.
We didn't set out to build a station. We set out to open a place — and then leave the door open.