The capabilities of this type of transportation could include sub-orbital and orbital point-to-point delivery. First on the agenda is material shipments. But where materials go, so can humans. One commercial operator, SpaceX, believes that the design of its Starship and its configurability has the potential to do material and human sub-orbital and orbital transportation. The company already has commercial partnership agreements with DoD but they do not cover this capability.
The latest development has the Defense Innovation Unit (DIU) of DoD soliciting proposals from rocket companies for solutions for point-to-point cargo delivery from and through space. Responses are due just before midnight on July 17, 2023.
DIU seeks scaleable, cost-effective solutions and initially is asking those who respond to address the following three types of missions:
Based on the initial successful acceptance of a commercial submission, DIU will request further refinements of concepts and then select prototypes for subsequent demonstration missions as a proof-of-concept.
Other DIU considerations include operators being able to:
The DIU will accept submissions from domestic and international commercial companies, not under sanction by the U.S. government and wants to be mission ready in two years.
DoD has established USTRANSCOM for coordinating its military missions around the planet. The current operational services cover air, sea and land transportation. If DIU’s solicitation succeeds in finding one or more commercial partners, USTRANSCOM will likely be the beneficiary adding space to its repertoire. But DIU’s remit request includes non-military uses which may lead to a civilian equivalent to USTRANSCOM arising shortly.
Last year I asked in an article this question: How close are we to rocket-delivered cargo? I went on to describe what might evolve into a global network of spaceports that would be similar to today’s airports. These spaceports would not require the same amount of land as airports. Their biggest needs would include areas to safely store fuel, maintenance hangars, and launch and landing facilities. With autonomy, there would be no need for a control tower or human operators. Only fueling and cargo loading would involve people, but even robots could do that. The rockets of this future would operate autonomously.
DIU is thinking along these lines and through USTRANSCOM has encouraged partnerships with SpaceX, RocketLab, Blue Origin, and other commercial space ventures to develop the capacity to move 80 tons of cargo anywhere on the planet in an hour. This would equal the capacity of the incumbent air transportation technology currently in use by the U.S. military, the C-17 Globemaster, of which there are 157 in service.
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