While launch continues to grow exponentially. Defense logistics, commercial logistics, in-space manufacturing and exploration all need a way to get mass back to Earth with scale, speed, precision and reusability.
We deliver critical cargo with speed, precision and responsiveness. We provide mission assuredness, resupply, sustainment, sensor embedment and specialized airborne deployment. Our best-in-class long standoff keeps air crews and aircraft out of contested zones.
NASA
Developing cargo return technology with NASA to bring payloads back from the International Space Station and future commercial space stations.
SpaceWERX
Supported funding for deployable heat-shield development under the STEEP program.
Air Force Research Laboratory
Advancing thermal protection technology for AFRL’s Rocket Cargo program, helping enable the delivery of shipping container sized payloads from space.
U.S. Pacific Command
Developing precision cargo delivery from orbit for Indo-Pacific end users among those the vehicle is designed to support.
U.S. Strategic Command
Developing reusable Earth-return capabilities to support hypersonic testing and mission-critical payload delivery for strategic command end users.
Air Force Global Strike Command
Developing a precision-return space vehicle with Global Strike Command among the intended end users for mission-critical payload delivery.
U.S. Army Futures Command
Developing cargo delivery technology with Army Futures Command among the intended end users for precision payload delivery.
United States Air Force
Developing orbital cargo storage and on-demand Earth delivery capabilities for the Air Force, helping advance resupply to hard-to-reach locations around the globe.
U.S. Department of War
Developing reusable return systems to advance hypersonic testing, recover payloads and enable precision delivery of mission-critical cargo from space.
NASA
Developing cargo return technology with NASA to bring payloads back from the International Space Station and future commercial space stations.
Deliver mission-critical cargo across contested, remote, or infrastructure-limited environments.
Move critical supplies with precision delivery across air, the stratosphere, and low Earth orbit.
Support intelligence, commercial operations, and remote missions with precision delivery where infrastructure is limited.
Turn orbital production into a repeatable supply chain through storage and precision Earth return.
01. Scale & Flexibility
Move cargo through space with the flexibility to support any mission. CarryAll is Outpost's reusable vehicle family, giving you a scalable way to return cargo from orbit for defense logistics, in-space manufacturing, and commercial operations.
02. Precision landing
Put cargo exactly where it's needed. Precision landing enables targeted delivery, faster recovery, tighter chain of custody, and repeatable operations across low Earth orbit, the stratosphere, and aircraft deployment.
03. Reusability
Scale operations without starting over every mission. Unlike expendable systems built for one-time use, reusable missions lower costs, improve reliability, and make return a practical, repeatable part of your logistics network.
Power high-performance AI infrastructure, telecommunications, quantum systems, and advanced networks with StarFiber™, a proprietary optical fiber product family, manufactured in space and returned to Earth through Outpost's reusable logistics platform.
Explore StarFiber™
The fiber only orbit can make
Turn microgravity into a competitive advantage. Outpost provides the logistics infrastructure to make in-space manufacturing commercially viable by connecting orbital production and storage to precision Earth return for advanced materials, life sciences, semiconductors, and more.
In-Space Manufacturing
Return to Earth.
We're building a more resilient life on Earth, connected to what space makes possible.
