Making Space A Transportation Layer
We build autonomous re-entry vehicles to deliver cargo from space.
The advent of aircraft enabled the sky to be utilized for transportation. Inversion seeks to achieve the same breakthrough for space. Historically, countries and groups that have embraced step changes in transportation capabilities have been able to set the rules, construct on their foundations, and prosper as a result. We aim to ensure the US leads the way in this new modality, mirroring its pioneering role with the advent of aircraft.
We distinguish ourselves from traditional space companies. All our customers reside on the ground, and it is here that our vehicle ultimately delivers its value. Since we cater to customers on the ground, we expect our impact on the world to rapidly expand as we tap into pre-existing markets.
1
Ray
Mission: Technology Maturation
LAUNCHING: NET October 2024
mission duration: 4 weeks
overall diameter: 20”
2
Arc
Fully Autonomous Global Delivery
LAUNCHING: 2026
Mission Duration: >5 years
Landing accuracy: <50 ft
1
<1 Hour Global DeliveryWhat if we could put cargo anywhere on Earth in under an hour? Arc is designed to do just that. This will support national security efforts.
2
Reusable Satellite PlatformArc will support in-space hardware testing, scientific experiments, and commercial test missions.
3
Space Station Resupply and ReturnArc will provide high cadence up and down mass to commercial and government space station to help support the growing activity in LEO.
What if we could put cargo anywhere on Earth in under an hour? Arc is designed to do just that. This will support national security efforts.
Arc will support in-space hardware testing, scientific experiments, and commercial test missions.
Arc will provide high cadence up and down mass to commercial and government space station to help support the growing activity in LEO.
We are looking for the most creative, passionate, and unrelenting people to build Inversion with.
Come join us as we make space a transportation layer for Earth.