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The L.Z. Valletta Mission The Ninja Group Period : 5 STEM Akshitha Ajayan Malvika Khanna Pooja Parwatkar (who is currently on a secret mission). Destination-Cabeus A. Large man-made crater with a depth of 10km Located near south pole at 82.2 º south and 39.1º west - PowerPoint PPT Presentation
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The L.Z. Valletta Mission
The Ninja GroupPeriod: 5 STEM
Akshitha AjayanMalvika Khanna
Pooja Parwatkar (who is currently on a secret mission)
Destination-Cabeus A Large man-made crater
with a depth of 10km Located near south pole
at 82.2º south and 39.1º west
Area of study is center of crater
Evidence shows signs of vapor ice
Resources: hydrogen which may lead to other findings
Objectives Find if there is
possible life on the moon (due to the discovery of vapor ice)
Learn more about the mineral composition of the moon
Build a permanent settlement on the moon
Mission Patch
L.Z. Valletta written in black and green to represent bold and fascinating aspects of the mission
The ninja group is represented by the eye which symbolizes how we are always watching and observing
“The River of Knowledge” shows that abundance of knowledge to be acquired
The river splits into two to show that we are uncertain as to where this knowledge will take us
The sun represents the bright future that lay ahead of us
We begin our L.Z. Valletta
project January 2011
Miner,lander, amd equipment
constructedJanuary 2015
Our destination plans are
completed & experiments are
decidedFebruary 2012
Astronauts begin training and studying
for the missionMarch 2012
Mission Timeline
Launching of lander1st MissionApril 2015
Plan for the base beginsMay 2015
Finish planning and getting
materials for the base
August 2017
Lanuched 2nd trip to the moon to construct
baseDecember 2017
Construction of the base is completed
December 2027
Planning for the third mission to begin settlement begins
January 2018
The third mission planning is complete and
preparation begins September 2020
Settlement begins on the base June 2030
Permenent settlement on moon
July 2035
Four days later, lander returns
with new information and
samples
1st Mission Lander and Miner are constructed
for mission
Two astronauts aboard a four day mission
Science Instruments: LOLA, Surveyor 3, Moon Mineralogy Mapper, and Miniature Synthetic Aperture Radar
Experiments: testing mineral composition and changing regolith into hydrogen/oxygen
Results: find that there are enough oxygen and hydrogen to extract from soil and find that heating regolith and then exposing to hydrogen gas is the most effective method to obtain chemicals from
Lunar Lander Crew Compartment: enough room for
three astronauts for a five day excursion so it will have plenty of room and supplies for our mission
Rocket Fuel: medium amount of fuel and extra oxidizer tanks which lowers cost but allows decent amount of fuel
Landing Legs: rigid legs with extra storage space allows for calm landing and extra space
Rocket Engines: dual rocket engines with fuel tanks attached serves as a backup fuel system
The lander will be mainly made out of titanium, aluminum, ceramics, and carbon composite
The astronauts will be trained specifically to drive the lander, and to reach Cabeus A, they will use LOLA to guide them
Lunar Miner Medium size body for low cost and enough
storage space
Unmanned for storage space and effective collecting of samples
Solar panels are main power-source
Fuel tanks serve as backup power-source
Conveyor belt-like wheels for smooth movement
Equipment: Camera, radar, and LOLA
Shovel digs into the soil and the arm like extension gathers the samples and places them into the storage areas
Programmed to sort samples based on mineral composition (ex. Large amount of hydrogen, oxygen, etc.)
The miner will mainly be made out of aerogel, titanium, aluminum, and ceramics
2nd Mission Materials gathered for
base Crew of engineers
aboard mission to build base
Estimated time to finish construction : ten years
Total Cost for base: ten billion
Base Base is located one mile northeast of
Cabeus A
power-source changes regolith into oxygen and hydrogen and powers base through solar energy, hydro energy, and electricity
tubes connected to power-source provide oxygen throughout base
23 total compartments for living, working, education, and recreation
high tech laboratory with communication to Earth for joint research
landing space for rocket
The tubes will be made out of corrosive chemicals and the buildings will be made out of titanium, aluminum, ceramics, areogel, and carbon composite
Living in Base Two living areas with necessary
facilities (convenient stores, bathrooms, cafeteria, etc.) allows for enough space for each person
Living areas: clusters of houses, indoor garden, and viewing area of the sky to make the residents feel more at home
Emergency information located in each building
emergency passageways to underground trench located inside each building to protect the residents and keep order when in emergency situations
Working in Base
High-tech laboratory to help in gathering information and to aid in research
Stores, gyms, restaurants, library, banks, parks, and malls offer additional jobs to create variety in the community
Education
Schools to educate the youth and help them find a place in the community
The colleges offer a variety of options, especially science and math orientated
Education on the moon exposes youth to the new discoveries and advances in astronomy
Recreation
Stores, gyms, restaurants, library, parks, and malls make residents feel more at home and to have all the main components of a community
The other activities offer a means of relaxation and help create a friendlier atmosphere
3rd Mission After construction is
complete, residents will begin arriving on the moon
Lander will bring residents and all necessary equipment
Residents will begin adapting to environment
Within an estimated five years, the base will become a permanent settlement
CostEquipment/Part Cost
Base 10000000000 10 billion
Launching(fuel included) 450000000 450 million
Launching(fuel included) 450000000 450 million
Launching(fuel included) 450000000 450 million
Constructing Lander 1500000000 1.5 billion
Miner 1 3000000 3 million
Miner 2 3000000 3 million
Human Resources 1000000 1 million
Instruments 490000000 490 million
Total Costs: 13347000000
Benefits Towards Society
Helps advance research about solar system
Helps solve overpopulation
Expands borders and boundaries allowing for new opportunities
The L.Z. Valletta Mission
A new future lies one moon away
Say “YES” to a brighter future, say “YES” to the L.Z. Valletta Mission