Full text: Proceedings, XXth congress (Part 1)

ınbul 2004 
ratio very 
when the 
bounding of 
free rides 
een some 
1e satellite 
instays of 
's Pegasus 
us is often 
for small 
r projects. 
than 300 
1l -satellite 
V, a joint 
lian Space 
ana Space 
)6 and will 
nto a 700- 
preneurial 
ceX, an El 
imately 50 
ut to finish 
ervice later 
32-year old 
rnet, looks 
re than $6 
 Falcon-V, 
h a fairing 
capable of 
inner solar 
dition of a 
successful 
t efficiency 
r this new 
"nia also is 
rt Conger, 
company's 
icle would 
lopment of 
n secures 
not aimed 
a boon for 
ntures have 
p by the St. 
to the first 
) suborbital 
the primary 
me X Prize 
tellites with 
| to change 
International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B1. Istanbul 2004 
  
launch economics would be a positive development for the 
small satellite community, according to Futron's Thrash. 
5. CONCLUSIONS 
Streamlining a design is a process that involves many bold 
steps. A designer, a committee or an organization that takes 
such steps should do so with great care. When setting 
standards, one can easily set them in such a way that 
eliminates innovation for the next generations and prevents the 
use of many devices in future projects. In this sense, the 
standards can have the opposite effect of what is wanted and 
should be set with great care. Today's standards could become 
the legacy systems of tomorrow. 
Keeping these potential pitfalls in mind, we think that 
universities and research institutions are less likely to fall into 
these traps, since these organizations have a constant supply of 
new minds and ideas to keep older systems from getting 
anchored in the system too deeply. 
However, in order for standard to be useful, they have to be 
accepted widely and incorporated into everyday use. The future 
of the space industry is surely being shaped by the decisions 
and actions taken today. Cooperation between government, 
educational organizations and industry can bring about a 
revolution in the space industry and make affordable, short 
time-to-space spacecraft a reality in the near future. 
6. REFERENCES 
[1] Wertz J, Larson W., 1999. Space Mission Analysis and 
Design. Third Edition. Microcosm Press, El Segundo, 
California. pp 459-460, 872 
[2] Stephen P. Vukson, Michael Kelly *High-Energy-Density 
Rechargeable Lithium-Ion Batte ry", TECH CONNECT, 
Reference document PR-03-06 
[3] Liam Sarsfield, “The Cosmos On A Shoestring”, Critical 
Technologies Institute, Report prepared for the Office of 
Science and Technology Policy, ISBN 0-8330-2528-7 
[4] J. Puig-Suari, R. Twiggs, August 2003. CubeSat Design 
Specification Document, Revision VIII. 
[5] Brian Berger, “Small Industry Looks for Solutions to a Big 
Problem Entrepreneurs Offer a Glimmer of Hope”, Space 
News, August 11, 2003 
[6] Craig Covault, “The SpaceX Falcon will challenge Orbital 
Sciences and Bocing”, Aviation Week & Space Technology, 
03/29/2004, page 48 
347 
 
	        
Waiting...

Note to user

Dear user,

In response to current developments in the web technology used by the Goobi viewer, the software no longer supports your browser.

Please use one of the following browsers to display this page correctly.

Thank you.