SpaceX’s Starfall recoverable capsule gets its first commercial customer

Artist's rendering of Starfall provided during today's live steam
Artist’s rendering of Starfall provided during the launch live steam

After completing one test flight in June, SpaceX has signed its first customer for its Starfall recoverable capsule, Space Microgravity Development (SpaceMD), a wholly owned subsidiary of the space manufacturing company Redwire.

SpaceMD’s first Starfall mission is planned for launch in 2028 and is expected to have the capacity to carry up to 32 of Redwire’s Pharmaceutical In-Space Laboratory (PIL-BOXes), making it the largest dedicated commercial microgravity research mission flown to date. Drug candidates selected through SpaceMD’s research initiatives will leverage the highly tailorable microgravity environment and mission duration provided by Starfall before returning to Earth for analysis, accelerating pharmaceutical development and other forms of commercial research.

SpaceMD will develop a new variant of PIL-BOX, to contain and optimize research aboard the entire Starfall spacecraft, ensuring immediate value to pharmaceutical companies, biotechnology innovators, and academic researchers. This work builds upon hundreds of pharmaceutical and life sciences experiments and R&D that Redwire has flown and conducted on crewed systems from the Space Shuttle to the International Space Station (ISS).

Starfall is in direct competition with Varda — whose capsule design is much smaller but has now been flown and recovered six times (but not reused) — as well as a half dozen other proposed recoverable capsule companies that have obtained investment capital but have not yet flown. Normally one would expect Starfall’s larger size compared to all these other capsules would mean it would cost more to launch, but SpaceX also provides the rocket, and is thus able to undercut its rivals.

In other words, this deal signals the desperate need in the American launch industry for other rocket companies to compete with SpaceX. Without that competition the entire new in-space industries, from space stations to recoverable capsules to data centers to internet constellations, are dependent on this one company to get into orbit, even as this one company is also capable to doing all these things itself.

Note that I am not demanding government intervention to break up SpaceX. That kind of response in the past to such situations has always done more harm than good. All we need is aggressive competition from others, within the framework of freedom. This is how America was built. It would be wise to return to that tradition.

3 comments

Report: 3D printing in space

A new report released today [pdf] from the space think tank Intro-act provides a nice detailed summary of the economic and technological state of 3D printing industry in space.

The report first outlines the types of 3D printing presently available, using plastics and metals, and then outlines the advantages of printing things in orbit rather than carrying them up from Earth. Essentially, 3D printers are the real version of replicators seen in sci-fi movies, except that reality requires much more complexity, including a whole range of different machines designed for specific materials and final products.

The report lists four companies of note:

Made in Space (acquired by Redwire Corp.), Relativity Space, and AI SpaceFactory are the leading companies in the 3-D printing segment. With the addition of Vaya Space, the list provides a more comprehensive overview of the companies that are pioneering the use of 3-D printing technology in the realm of space exploration and development, showcasing the diverse applications and innovative strategies being employed in this exciting field.

Each company appears to have a different focus. Redwire is developing 3D printers for use on ISS, Relativity developing 3D printers for building rocket components, and AI Spacefactory developing 3D printed space colonies for Mars or the Moon.

If I had to choose which company to bet on, my pick would be Relativity followed by Redwire. The former’s large 3D printing technology for rockets can be very easily shifted to other uses and products, giving it a product of great value far beyond space. Redwire meanwhile has already launched and operated printers on ISS, proving it can provide that technology to future space stations.

This industry is however in its infancy. As the private space stations presently under construction launch, their need for this technology will skyrocket, and thus there will be opportunities galore.

3 comments