Construction Equipment for Building on the Moon
By Karl
Hanson
1)
Intro
a)
The finest building
plans mean nothing without the proper equipment to construct the building.
b)
Throughout history
humans have been able to adapt what they have and know to reach their goal. Why should this trend slow down? Like in so many other times the
military has the technology before the people but why can it not be
2)
Cranes
a)
New robotic cranes for
earth construction sites
i)
http://www.cnn.com/TECH/science/9812/11/t_t/robot.crane/index.html
ii)
uses GPS and video
feeds to allow conductor to operate machine from anywhere
b)
NASA project
i)
http://university.gsfc.nasa.gov/robotics/2006/project/Team3/index.jsp
ii)
NASA Robotics Academy
project dedicated to create a automated space crane
3)
Dozers (image)
a)
Military unmanned ACER
i)
4500 lbs with armor
b)
Caterpillar heads a
team with Honeybee Robotics, CRREL, Johnson space center and Kennedy space
center. http://www.hq.usace.army.mil/cepa/pubs/feb05/story4.HTM
i)
4 year 4 million dollar
contract with NASA to develop regolith moving equipment for the moon
ii)
Bulldozers and conveyer
belts to move materials
4)
Excavators (image)
a)
Drills
b)
Bucket and Reel
i)
Explosion to loosen
dirt
ii)
Buckets pulled up a
ramp by a central station
iii)
Dumps lunar regolith
onto conveyer to transport elsewhere
c)
Front end loader (image)
i)
Compact design
(1) Made by bobcat (13,228 lbs)
(2) Runs on all hydraulic parts (hydraulic fluid and
motors) (will these work in space?)
(3) Many different attachments
(a)
Auger
(b) Grapple
(c)
Ripper
(d) Trenching bucket
5)
Existing Military
Designs – construction tools can be fitted onto these highly adaptable robots
a)
Foster-Miller TALON™
Military robot http://www.mesa-robotics.com/ (image)
i)
60 - 100 lbs
ii)
Possibly have weapons
and sensors removed from chassis and shovels/drills installed
b)
MATILDA http://www.mesa-robotics.com/ (image)
i)
65 lbs
ii)
Tow 475 lbs - lift/store 150 lbs
6)
Constructing buildings and shelters with Stereo lithography (rapid 3D
prototyping) www.freeluna.com/mdmfg.htm
a)
Robotic rover to
concentrate sunlight into to a kind of laser and roll back and forth over an
area of the moons surface
b)
Each path melts some of basalt in the lunar surface specific shapes
c)
Each path is a layer of a huge structure
d)
Structure will have to be dug out from underground after complete
i)
Path way could be dug to underground structure
ii)
Underground structure provides more protection from radiation
7)
Build v Transport
a)
Build
i)
Use parts from vehicles
left by previous missions?
ii)
Use moon rock/surface
for counterweights
(1) Cut down on the weight of the transported
machines/parts
8)
Power
a)
Batteries (these
military devices have 1 day to 1 week battery life)
b)
Recharge with the solar
energy produced on moon
c)
Fuel Cells
i)
Caterpillar and 250 kW
direct fuel cell
ii)
Developed for use on
Earth
WEB RESOURCES
ARTEMIS
Database: http://www.moonsociety.org/projects/adb/
NASA Grand Challenges: http://exploration.nasa.gov/announcements/allcategories.html#432
http://www.tlrc.com/ - the originator of the ARTEMIS project works here.
NASAWatch – a non-NASA news service: http://www.nasawatch.com/
http://www.lpi.usra.edu/meetings/roundtable2006/roundtable2006.1st.html
ESA Standards: http://www.ecss.nl/
Semiconductor Basics: http://britneyspears.ac/physics/basics/basics.htm
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NASA Headquarters List of
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