Build-up space-faring infrastructure
Robotic precursors lead the way
NASA relationship to the private sector must be decisively transformed to implement the new Vision
NASA and the private sector - Some specifics from the Aldridge Commission Report
NASA should contract for services where possible (e.g., LEO access)
Independent technical, cost and innovation oversight
Use contracting authority and other incentives to nurture reinvigorated space industry
Seek international participation and investment in VSE
What is NASA Doing Wrong?
No robotic exploration after LRO (Ed. note: This has changed, but not nearly enough.)
Ares launch system
- All the disadvantages of Shuttle-derived with none of the benefits
Agency still unclear about "mission" on the Moon
- List of reasons to go to Moon are unfocused and peripheral; a catalog, not a rationale
Creating a space-faring infrastructure
Reusable and serviceable systems in cislunar space and planetary surfaces
Extracting useful products from planetary materials
Handling and using cryogenic fluids in microgravity and on the Moon
Transportation architectures and nodes in cislunar space
Comm, navigation and data systems; extend GPS to cislunar space
If I were king…
CEV: Develop launch system alternatives
- Shuttle-C, EELV, new commercial
- Orbiters, soft-landers, rovers to survey and prospect
- Engineering tech demos for ISRU, habitat placement, site preparation
- Infrastructure emplacement: landing pads, roads, hab sites, power and thermal control systems
Use private sector to augment capabilities for both of above
- Per Aldridge Commission recommendations; greatly expand data purchase, LEO access contracts, prizes
- Need to re-build aerospace industrial base
Sustainability: An Alternate Concept
True Shuttle-derived + commercial
- 2 Shuttle-C side-mount launches to L1 staging node
- CEV adaptable for Shuttle-C, EELV, or commercial LV
- ISS used for technology research, demos (e.g., experimentation with cryogenic liquids in microgravity)
Early and continuing robotic presence
- Use robotic missions to establish presence on Moon, characterizeresources, demonstrate processing
- Multiple and continuing series of robotic missions maintains program momentum, new discoveries, prep for humans
- Develop large cryo-based lander (lunar "Progress");2 mT delivered to lunar surface
- Prepare outpost site for human arrival
Pace program to available resources
- We’ve survived previous "human spaceflight gaps"
- If major goal is to revitalize aerospace industry, must create incentives for them to investIR&D in program (e.g., tax breaks, prizes)
Primarily, this is NOT about money
- It’s about understanding your "mission"and a determination to do it cleverly, despite obstacles
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