What if everything until now has been a prologue?
Human progress didn't stop at the horizon.
Why would it stop at the atmosphere?
Space settlement and utilization is the next link in a chain that began with our forebears on land, sailed with them across the seas, and followed them into the air. The expanse beyond humanity's cradle beckons our drive to explore, offers us visions of a brighter future, and holds the most promising environment for problem-solving, creation, and discovery since the Internet: microgravity.
Axiom's vision of a thriving home in space is about facilitating breakthroughs and perspectives that benefit every human, everywhere – and we provide universal access to Low Earth Orbit so that innovators, governments, and individuals can do the same.
In service of all of us now, and everyone to come.
In the weightless splendor of Earth’s orbit, research has led to discoveries in medicine, materials, and manufacturing previously kept hidden by gravity. Countries have formed bonds that fly above geopolitics. Humans have learned how to live and work in space as a precursor to a future out amidst the Solar System. Astronauts have returned with a transpersonal revelation on the nature of our interdependence with our home, and with each other.
These space-driven evolutions have fundamentally improved life back on Earth in irreversible ways. And we’ve only scratched the surface of that radical potential.
Beyond our planet’s sky, anyone could make the discovery that reshapes an industry, realize a dream that lifts up a nation, or come face-to-face with transcendence. Clearing the path to Low Earth Orbit for everyone, including you, is about the question that has pushed us to the turn of every epoch in the history of humankind.
Where do we go from here?
Space is the setting, not the story. But it is the setting in which the story continues.
Let’s get writing.
3D Bioprinting
3D bioprinting holds the potential for fabrication of reproducible human tissue and whole organs for the purposes of pharmaceutical drug screening, disease research, and regenerative medicine applications.
Alloys and Superalloys
The weightless environment enables the formation of an alloy’s structure to be driven by diffusion as described by Brownian motion, rather than gravity driven sedimentation.
Protein Crystallization
There are challenges in the assembly of soft tissues such as blood vessels and muscles. This is due to terrestrial gravity and the forces imposed on printed tissues that cause structural collapse.
