Space policy roundup – March.13.14 [Updated]

A post by Stewart Money about NASA undermining a technology that threatens the SLS: Detailed NASA Budget Bad News for Europa, Propellant Depot Advocates – Innerspace.net

Arguably, there is no greater enabling technology to be achieved with less overall investment than cryogenic propellant storage and transfer.  While we currently have the ability to conduct long term deep space missions using storable hypergolic propellants, their relatively low performance is a critical limiting factor in both robotic and crewed space missions.   Developing and demonstrating the ability store high performance cryogenic propellants in space for long periods of time without significant boil-off is nothing less than a necessity for long term exploration.  Taken together with the closely related challenge of transferring cryogenic propellants from one container to another in zero-g, as well as accurately measuring the amount of fluid in a storage vessel, the net result is leveraging effect with stunning capacity.  In fact, as the Augustine commission determined,

“In the absence of in-space refueling, the U.S. human spaceflight program will require a heavy-lift launcher of significantly greater than 25 mt capability to launch the EDS and its fuel. However the picture changes significantly if in-space refueling is used.” Furthermore “Studies commissioned by the Committee found that in-space refueling could increase by at least two to three times the injection capability from low-Earth orbit of a launcher system, and in some cases more. Thus, an in-space refueling capability would make larger super-heavy lift vehicles even more capable, and would enable smaller ones to inject from low-Earth orbit a mass comparable to what larger launchers can do without in space refueling.”

For a nation and an agency serious about exploring space, it is difficult to think of a single justifiable reason why proceeding with an orbital demonstration of this enabling technology should not be a priority. It is very easy to come up with an unjustifiable reason however.  It represents a viable alternative to SLS.

NASA, driven by Congress, studiously ignored Augustine’s findings when formulating plans for the Space Launch System, and as other websites have established, effectively buried internal studies showing that propellant deports offer a lower cost alternative on a much quicker time frame.   With a planned sub-scale flight demonstration now off the table, supporters of the “mega booster” will continue to be able to point to the absence of an actual demonstration of cryogenic transfer and storage as the circular justification for pressing on.

More space policy/politics related links:

Some space policy webcasts:

Update:

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FISO: Defending the earth from asteroids – Bill Ailor of Aerospace Corp.

The latest presentation to the Future In-Space Operations (FISO) study group is now posted in the FISO Working Group Presentations Archive. Both slides and videos (zip) and audio (mp3) are available for the talk, Defending the Earth From Asteroids: Meeting the Challenges of Planetary Defense, by Bill Ailor of Aerospace Corp, March 12, 2014.

Ailor reviews what’s known about the asteroids and near earth objects, their threats to earth, how a NEO threat could be diverted, and legal/policy issues.

A sample of his slides:

SizesTable

HowManyDetected

Threats

Threats2

 

Summary

 

“Live from Space” – Nat. Geo. to broadcast Friday from the ISS

This Friday (8 p.m. EDT/5 p.m. PDT) the National Geographic Channel will broadcast Live From Space –

National Geographic Channel is taking viewers around the world—literally—in this spectacular two-hour television event broadcasting LIVE from the International Space Station (ISS) and Mission Control in Houston, Texas.

Made in collaboration with NASA, we’ll go into orbit with astronauts Rick Mastracchioand Koichi Wakata as they fly at 17,500 mph nearly 250 miles above the earth’s surface on the International Space Station, while astronaut Mike Massimino joins host Soledad O’Brien on the ground at Mission Control in Houston.

From space, Mastracchio and Wakata will give viewers a fully guided tour, showing us how they live for months in microgravity. They’ll conduct never-before-broadcast experiments that demonstrate the real-world value of the science conducted on the floating laboratory.

Plus get ready for stunning shots of Earth, from sunset and sunrise, to city lights and green aurora, to lightning storms and shooting stars. You’ve never seen our planet like this before.

Two items about the show:

Video: Trailer for “Back to the Moon for Good”

The Google Lunar XPRIZE has created a Fulldome Planetarium Show titled, Back To The Moon For Good.

In case you haven’t heard, the Moon is trending again… and in a big way. Like in the glory days of the 1960s and 1970s, our big white space neighbor is enjoying the attention of lunar explorers. Only this time, they’re going back to the moon for good.

The educational 24-minute Google Lunar XPRIZE fulldome planetarium show, Back To The Moon For Good, chronicles teams around the world competing for the largest incentivized prize in history, by landing a robotic spacecraft on the Moon for the first time in more than 40 years.

Here is a trailer:

 

Nearing near real time earth observation

The Weather Channel looks at the new earth observation capabilities of the Skybox Imaging satellites, which make short video clips in addition to high res images: