Dennis Wingo: Space policy must span more than just NASA

Dennis Wingo argues against equating NASA policy with space policy: Space Abhors a Policy Vacuum; The NRC Report and The Need for a Broad National Space Policy – denniswingo

Referring back to the mandate of the NRC committee, its mandate was to establish how this national consensus and strategy might be established and communicated.  In their recommendation that a space policy be developed there is a continuing flaw in the philosophical underpinning that equates space with NASA and the development of a strategic direction as sole the province of the government as it relates to the civilian space agency.  Here is what the report says in this area….

…….If the United States is to continue to maintain international leadership in space, it must have a steady, bold, scientifically justifiable space program in which other countries want to participate, and, moreover, it must behave as a reliable partner.

The above sentence in its implication says that a scientifically justifiable space program is the only means to continue its international leadership in space.  This has been the underpinning of all NASA related strategic thinking for the past thirty years but is it still tenable, is it still complete to say so?  It is my opinion that the answer is no and indeed it has never truly been the case and to think of space through this narrow lens is actually the reason that we have been unable to come to any kind of national consensus on space.  The key word in their mandate is national consensus, not just a presidential fiat or even a consensus between the congress and the president.  If we are to move forward toward a national consensus we must look beyond the scientific justifications for a space program and look at the broader aspects of national interest to underpin our reasoning.

Video: Comet ISON imaged by Deep Impact probe

This video looks like something from a 1950’s sci-fi TV show but is actually made from images of the Comet ISON from the Deep Impact probe: NASA’s Deep Impact Spacecraft Eyes Comet ISON – NASA .

This series of images of comet C/2012 S1 (ISON) was taken by the Medium-Resolution Imager of NASA’s Deep Impact spacecraft over a 36-hour period on Jan. 17 and 18, 2013. At the time, the spacecraft was 493 million miles (793 million kilometers) from the comet.

Video: Paul Breed tests his experimental rocket guidance system

Paul Breed was recently out testing a new rocket system

Paul Breed’s experimental guidance project. Three Cesaroni K-motors were set in gimbals for vertical stabilization guidance control. Control ended when motor burn out complete. Test conducted at the Friends of Amateur Rocketry test site in the Mojave Desert on February 2, 2013

Michael Lane and lunar elevators on The Space Show

Michael Lane of the Liftport Group  spoke on the Space Show on Monday about their Lunar Elevator project: Michael Laine, Monday, 2-4-13 – Thespaceshow’s Blog.

This video shows how a lunar elevator could be deployed:

Univ. of Texas team wins university NnanoSatellite competition

A team at the University of Texas has won first place in the latest round of the University Nanosat Program (UNP) sponsored by the US Air Force: The University of Texas at Austin Wins First Place in National Nanosatellite Competition – Univ. of Texas News

The same team won in 2005 with the two FASTRAC Satellites, which were launched in 2010.

More about the competition can be found at University Nanosatellite Program – Wikipedia.

From the UT announcement:

A panel of expert judges selected winners in two categories: ARMADILLO was selected as the first-place winner in the CubeSat class; and The Georgia Institute of Technology won in the Nanosatellite class. CubeSats are miniature handheld satellites that are generally built using off-the-shelf electronics components, making them very cost-effective. The ARMADILLO satellite’s dimensions are 10 cm x 10 cm x 34 cm.

The Cockrell School of Engineering’s team consists of more than 50 graduate and undergraduate students who worked for two years on the ARMADILLO (Atmosphere Related Measurements and Detection of submILLimeter Objects) mission. The competition took place at the Air Force Research Laboratories in Albuquerque, N.M., on Jan. 11.

Once in orbit, ARMADILLO will measure space debris, which will allow scientists to characterize that debris and better understand the sources and life cycles of space pollution. Space debris is a hazard for operational spacecraft. Today, ground-based radar can only detect and track space objects larger than 10 centimeters.

Lightsey said developing small, inexpensive satellites such as ARMADILLO marks a big step in the advancement of space exploration.

“We’re making these small satellites with much more advanced technology and capability than has ever been done before,” Lightsey said. “By decreasing the size of the satellite, it will also be possible for groups of satellites to work cooperatively and perform operations simultaneously, such as building structures in space and taking measurements collectively.”

Everyone can participate in space