Presentation is loading. Please wait.

Presentation is loading. Please wait.

ASTEROIDS MOON Lunar COTS Mars Flyby Propellant Depots

Published byTobias Simpson Modified over 6 years ago

Similar presentations

Presentation on theme: "ASTEROIDS MOON Lunar COTS Mars Flyby Propellant Depots"— Presentation transcript:

1 ASTEROIDS MOON Lunar COTS Mars Flyby Propellant Depots Material Resources PhD Mission Lunar Base O’NEIL SSPs H2MARS

2 WHY SHOULD ASTEROID MINERS SUPPORT:
United Approach – A stronger space advocate voice increases the likelihood of a fuel depot with guaranteed water purchases. Lunar COTS – The Moon’s manned aspect increases the value of a fuel depot with guaranteed water purchases. Propellant Depots – A guaranteed market for asteroid water would give asteroid mining investors surety. Mars Flyby – Increases the likelihood of an eventual manned Mars mission needing asteroid-derived water. PhD Mission – Increases the likelihood of an eventual manned Mars mission needing asteroid-derived water. Manned Mars Mission – Asteroid water can provide propellant for this mission.

3 WHY SHOULD LUNATICS SUPPORT:
United Approach – A stronger space advocate voice increases the likelihood of Lunar COTS funding and a fuel depot with guaranteed water purchases. Lunar COTS – The Moon’s manned aspect increases the value of a fuel depot with guaranteed water purchases. Propellant Depots – A guaranteed market for Moon water helps with fundraising. Mars Flyby – Increases the likelihood of an eventual manned Mars mission needing Moon-derived water. PhD Mission – Increases the likelihood of an eventual manned Mars mission needing Moon-derived water. Manned Mars Mission – Moon water can provide propellant for this mission.

4 WHY SHOULD O’NEILLIANS SUPPORT:
United Approach – A stronger space advocate voice increases the likelihood of the development of asteroidal and lunar material resources. Lunar COTS – Lunar development would provide the material resources the O’Neillians need. Propellant Depots – Depots increase the likelihood of asteroidal and lunar development which will provide material resources. Mars Flyby – If minimal cost, does nothing to harm the development of in-space resources needed by O’Neillians. PhD Mission – If small cost, does nothing to harm the development of in-space resources needed by O’Neillians. Manned Mars Mission – If modest cost, does nothing to harm the development of in-space resources needed by O’Neillians.

5 WHY SHOULD SPSERS SUPPORT:
United Approach – A stronger space advocate voice increases the likelihood of the development of asteroidal and lunar material resources. Lunar COTS – Lunar development would provide the material resources the O’Neillians need. Propellant Depots – Depots increase the likelihood of asteroidal and lunar development which will provide material resources. Mars Flyby – If minimal cost, does nothing to harm the development of in-space resources needed by O’Neillians. PhD Mission – If small cost, does nothing to harm the development of in-space resources needed by O’Neillians. Manned Mars Mission – If modest cost, does nothing to harm the development of in-space resources needed by O’Neillians.

6 WHY SHOULD MARTIANS SUPPORT:
United Approach – A united space advocate voice in support of the three-step Martian path increases the likelihood that it will happen. The current Mars-only path isn’t getting us there. Lunar COTS – Lunar-derived water propellant could reduce the cost of manned Mars missions thereby making Mars settlement sustainable. Propellant Depots – In-orbit fuel could reduce the cost of manned Mars missions thereby making Mars settlement sustainable. Mars Flyby – A clear stepping stone to an eventual manned Mars mission. PhD Mission – A clear stepping stone to an eventual manned Mars mission. Manned Mars Mission – The end goal.

7 WHY SHOULD PLANETARIANS SUPPORT:
United Approach – A united space advocate voice in support of the three-step Martian path increases the likelihood that teleoperated and surface manned Mars missions will occur. Lunar COTS – Lunar-derived water propellant could reduce the cost and/or increase the mass of interplanetary probes. Propellant Depots – Would reduce the cost and/or increase the mass of interplanetary probes. Mars Flyby – An opportunity to demonstrate real-time teleoperated Mars rovers. PhD Mission – An opportunity to demonstrate real-time teleoperated Mars rovers. Manned Mars Mission – On-the-ground, complex planetary science mission.

8 WHY SHOULD SLSers SUPPORT:
United Approach – A unified approach would lock into the budget a certain percent for SLS, planetary science, and commercial space. An agreement that would ensure long-term funding for commercial space could convince the other camps to support the SLS as part of the agreement. Propellant Depots – Could increase the mass launched BLEO and so ensure that the SLS remains relevant. PhD Mission – Dry mass including supplies would necessitate the use of a HLV. Manned Mars Mission – Dry mass including supplies would necessitate the use of a HLV.

Download ppt "ASTEROIDS MOON Lunar COTS Mars Flyby Propellant Depots"

Similar presentations

Building an L1 Depot in Phases: growing in step with operations on the Moon’s surface by Peter Kokh.

Building an L1 Depot in Phases: growing in step with operations on the Moon’s surface by Peter Kokh.
Plutonium-238 for Solar System Exploration Status Leonard A. Dudzinski Program Executive NASA Headquarters, Washington, DC Presentation to NASA Astronomy.

Plutonium-238 for Solar System Exploration Status Leonard A. Dudzinski Program Executive NASA Headquarters, Washington, DC Presentation to NASA Astronomy.
1 Review of US Human Space Flight Plans Committee Evaluation Measures and Criteria for Humans Spaceflight Options 12 August 2009.

1 Review of US Human Space Flight Plans Committee Evaluation Measures and Criteria for Humans Spaceflight Options 12 August 2009.
Why Go into Space ? I was asked by a student once, “Why Go Into Space ? What is it good for ?” There are many reasons, some not so obvious. There are short.

Why Go into Space ? I was asked by a student once, “Why Go Into Space ? What is it good for ?” There are many reasons, some not so obvious. There are short.
The Interplanetary Transport Network: Space Transportation Architecture for the 21st Century 5 May 2004 Shane Ross Everhart Lecture Series Control & Dynamical.

The Interplanetary Transport Network: Space Transportation Architecture for the 21st Century 5 May 2004 Shane Ross Everhart Lecture Series Control & Dynamical.
ASTR100 (Spring 2008) Introduction to Astronomy Earth as a Planet Prof. D.C. Richardson Sections 0101-0106.

ASTR100 (Spring 2008) Introduction to Astronomy Earth as a Planet Prof. D.C. Richardson Sections
History The cold war inspired a space-race between the Soviet Union and the US during 1950’s and 60’s. The Soviet Union became the first country to reach.

History The cold war inspired a space-race between the Soviet Union and the US during 1950’s and 60’s. The Soviet Union became the first country to reach.
TMS logo THE MARS SOCIETY Life on Mars? ALH84001 Could There Be Life On Mars?

TMS logo THE MARS SOCIETY Life on Mars? ALH84001 Could There Be Life On Mars?
Space Exploration: Should It Be Done? Nishith Patel.

Space Exploration: Should It Be Done? Nishith Patel.
Educator Resources in Space Sciences Caitlin Nolby North Dakota Space Grant Consortium.

Educator Resources in Space Sciences Caitlin Nolby North Dakota Space Grant Consortium.
Summary Description of Previous Studies Study NameDateSummary Description Exploration Office Case Studies 1988-1989 NASA's Office of Exploration did four.

Summary Description of Previous Studies Study NameDateSummary Description Exploration Office Case Studies NASA's Office of Exploration did four.
Space Review Bingo. Rotation Jupiter Terrestrial Revolution An Orbit Meteorite Asteroids Rocket First Moon Landing Comet Gas Giants I.S.S. Probe Mass.

Space Review Bingo. Rotation Jupiter Terrestrial Revolution An Orbit Meteorite Asteroids Rocket First Moon Landing Comet Gas Giants I.S.S. Probe Mass.
. Mr. K. NASA/GRC/LTP Part 3 The Future. Preliminary Activities Imagine that you are part of a team planning for an eventual human landing on Mars. You.

. Mr. K. NASA/GRC/LTP Part 3 The Future. Preliminary Activities Imagine that you are part of a team planning for an eventual human landing on Mars. You.
Oh, Thank Heaven for 7-Eleven: Fueling Up in Space with In-Situ Resource Utilization ASTE-527 Final Presentation Riley Garrett.

Oh, Thank Heaven for 7-Eleven: Fueling Up in Space with In-Situ Resource Utilization ASTE-527 Final Presentation Riley Garrett.
Understand how space organizations use concepts of operations and system integration plan to ensure the success of their program Space Concept of Operations.

Understand how space organizations use concepts of operations and system integration plan to ensure the success of their program Space Concept of Operations.
New, unique, meaningful destination for human explorers in next decade Provides a high-value target well-suited to exploitation using unique astronaut.

New, unique, meaningful destination for human explorers in next decade Provides a high-value target well-suited to exploitation using unique astronaut.
SPACE TRAVEL Space, the final frontier Astronaut  A person that is trained to be a pilot, navigator or scientist in space.

SPACE TRAVEL Space, the final frontier Astronaut  A person that is trained to be a pilot, navigator or scientist in space.
NASA's Robot Explorers  Robots are used instead of humans for dangerous and/or tedious missions  Small robot ships have studied distant planets and asteroids.

NASA's Robot Explorers  Robots are used instead of humans for dangerous and/or tedious missions  Small robot ships have studied distant planets and asteroids.
LUNAR MISSION TO CELEBRATE THE 50 TH ANNIVERSARY OF THE APOLLO 11 LANDING 01October2015.

LUNAR MISSION TO CELEBRATE THE 50 TH ANNIVERSARY OF THE APOLLO 11 LANDING 01October2015.
Planetary Motion By Carol Greco. Why do planets move the around the sun the way they do? First you need to understand that scientists have discovered.

Planetary Motion By Carol Greco. Why do planets move the around the sun the way they do? First you need to understand that scientists have discovered.

Similar presentations

Ads by Google