1. Launch Mother Ship to LEO

Slides:



Advertisements
Similar presentations
McCoy School of Engineering Midwestern State University A FUTURE GOLD RUSH: CAPTURING ASTEROIDS WADE COURTNEY & TYLER THOMAS MENTOR: DR. M. SALIM AZZOUZ.
Advertisements

Concept Overview for 2 mt Case “2 mt case”: integrated payloads of no more than 2 mt can be landed on the surface of Mars; extension of current Mars EDL.
Presented by Marco Christov at the 11th Mars Society Annual Convention, 14 – 17 August 2008, Boulder Colorado. A Mars Heavy Transport.
 Falcon 9 Heavy › To carry crew capsule and propellant required to rendezvous with transit vehicle Image Credit:
“Mars To Go” Based Missions Donovan Chipman David Allred, Ph.D.
The “NASA Deep Space Mission” Learning How to Live and Work in Deep Space for Extended Stays and Very Long Missions (Like to the Asteroids and Mars)
Mission To Mars In Kerbal Space Program, Where distances are 1/9 real world values.
Inner Guides=Text Boundary Outer Guides=Inner Boundary Asteroid Redirect Mission and Human Exploration Michele Gates Human Exploration and Operations Mission.
AAE450 Spring 2009 LEO Atmospheric Drag Analysis and Lunar Orbit Circularization [Andrew Damon] [Mission Ops] February 19,
Spacecraft Propulsion Dr Andrew Ketsdever Lesson 13 MAE 5595.
Physics 202: Introduction to Astronomy – Lecture 10 Carsten Denker Physics Department Center for Solar–Terrestrial Research.
THE FUTURE PLANS OF NASA FOR HUMAN SPACE FLIGHT; MISSIONS, LAUNCH VEHICLES.
Earth-Moon Transport Doroteo Garcia Kazuya Suzuki Patrick Zeitouni.
Mars By: Nathan Brown. Overview of Mars -It is the fourth planet from the Sun. -From orbit, it looks red, which gives it the nickname, “Red Planet”. -You.
What are the Similarities of Mercury, Venus, Earth, and Mars?
Gravitational Potential Energy When we are close to the surface of the Earth we use the constant value of g. If we are at some altitude above the surface.
TMS logo THE MARS SOCIETY Life on Mars? ALH84001 Could There Be Life On Mars?
Space Exploration: Should It Be Done? Nishith Patel.
Two Interesting (to me!) Topics Neither topic is in Goldstein. Taken from the undergraduate text by Marion & Thornton. Topic 1: Orbital or Space Dynamics.
Technology and Space Exploration. The First Rocketeer A legend from 16 th century China suggests that the first rocket-assisted flight was attempted by.
Red Planet Mars. Time to think…… When can you observe Mars? a) sunrise b) noon c) sunset d) midnight.
By: John Yentzer And Corey Bollinger. Mercury 1. Distance From Sun-57,910,000 km (0.38 AU) 2. 1 Mercury Year equals 58.7 Earth Days 3. Mercury is about.
Orbital Mechanics & Other Fun Stuff Part I Basic Orbital Mechanics Tom Rudman Thursday Morning Space Odyssey Crew.
Solar System Review Game. 1.Which planet’s day is longer than its year? 2.Which planet has two moons? What are their names? 3.Which planet has six thin.
By Jack Morgan, Cameron McClure and Corey Paterson.
Hohmann Transfers and Plane Changes Daniel Rowe 1.
Space Exploration 1957 Through Explorer ► 74 successful missions ► 4 unsuccessful ► Explorer satellites have made important discoveries:  Earth's.
1 Mars Micro-satellite Mission Japanese micro-satellite mission to Mars to study the plasma environment and the solar wind interaction with a weakly-magnetized.
Mars Orbit Rendezvous Robert Dyck. Only land what you need Mars Direct ERV contains stuff not needed on Mars Food & life support for transit to Earth.
Herakles Architecture Kinetic Energy is viewed as an in-situ resource. An Impulse Engine (formerly named a Recycler, or a CataMitt Recycler) is a large.
Mars Today 1 An immediate and inexpensive program for manned Mars visitation.
By: sierra lewis.  Mars is the fourth planet from the sun.
ARO309 - Astronautics and Spacecraft Design
AAE450 Spring 2009 Low Thrust Spiral Transfer Maneuvers and Analysis [Andrew Damon] [Mission Ops] February 5,
NOON UNO HIGH-MOBILITY MARS EXPLORATION SYSTEM DANIEL MCCAFFERY JEFF ROBINSON KYLE SMITH JASON TANG BRAD THOMPSON.
PREDECISIONAL FOR PLANNING AND DISCUSSION PURPOSES ONLY 1 Humans to the Martian System Preliminary Summary of Strategic Knowledge Gaps P-SAG (jointly sponsored.
Soyuz 2 Unmanned satellite; met target in orbit. Soyuz 3 Manned space craft moved to within 650 feet of Soyuz 2.
A&AE 450 – Senior Design Jeremy Davis Group A – Aerodynamics Preliminary Design Analysis January 23, 2001.
4. surface habitation Milestones for Manned Exploration of Mars 7. Orbit insertion, landing 1. Launch, staging, interplanetary injection 2. Mid-course.
Mars By: Carlos, Thomas, and Morris. Discovery and Name No one knows who exactly discovered mars, so we will never know when mars was discovered. Mars’s.
Presented by: Jamie Quinnell Jean Moiso Gus Mashensic.
24 JANUARY 2007BASICS OF INTERPLANETARY SPACE FLIGHT ONLINE DD- 1 Dave Doody CASSINI REALTIME OPERATIONS Basics of Interplanetary Flight.
ERV Team 2 Final Report Alicia Cole-Quigley James Gilson Erin Hammond Domenic Marcello Matt Miller Jeff Rosenberger.
1AAE 450 Spring 2008 Scott Breitengross Mar 27, 2008 Trajectory group, Delta V, Saturn V, Feasability Determination, 1 kg Final Design Final Presentation.
Propulsion Module By: Wyatt Proudfoot
Orbital Aggregation & Space Infrastructure Systems (OASIS) Background Develop robust and cost effective concepts in support of future space commercialization.
Nuclear Thermal Propulsion for Robotic and Piloted Titan Missions Brice Cassenti University of Connecticut.
Newton’s thought experiment: orbital velocity. Surface escape velocities Planet V escape, ft/sec Mercury13,600 Venus33,600 Earth36,700 Moon7,800 Mars16,700.
AGI’s EAP Curriculum Orbital Mechanics Lesson 3 - Orbital Transfers.
Goal to understand how Ion Propulsion works.
The Future of Human Spaceflight *** A Journey to Mars
MARVEL - Online A MARVEL is a MARVELOUS Rocket
Cost Comparison of Higher Parking Orbit Scale up for Arbitrary Payload
Space Tug Propellant Options AIAA 2016-vvvv
Norm Herr (sample file)
Mars By: Michaela Cephas.
Two Parallel Paths Public-private Govt - International
Mission to Mars STEM/Robotics Project
LAUNCH OF GEO STATIONARY SATELLITES
[Andrew Damon] [Mission Ops]
Goal to understand how Ion Propulsion works.
Three-Body Trajectory Model and Spiral Transfer Matching
Small Solar System Bodies
ThunderStruck Destination Mars 2022 by Robert Brand.
Comets, Asteroids, & Meteoroids
Sustainable Space Development
Mars This is an image of the planet Mars. Some of the
All The Planets.
Kevin Dahya Critical Design Review 3/6/01
Mars as Seen from Phobos
Presentation transcript:

1. Launch Mother Ship to LEO

2. Using Ion Propulsion, Spiral the Mother Ship to a Highly Elliptical Earth Orbit (HEEO)

3. Launch Crew to the Mother Ship

4. Trans-Mars Injection of Mother Ship Perhaps with Ion Propulsion Assist

5. Aerobrake into Mars Highly Elliptical Orbit (HEMO)

6. Separate Out the Crew Capsule from the Mother Ship

7. Raise Periapsis of Mother Ship Out of Mars Atmosphere

8. At Apoapsis, Change Capsule Plane to Phobos Orbit

9. Using Aerobraking, Lower Crewed Craft Periapsis to Phobos Obit

10. Thrust to Circularize Crewed Craft to Phobos Obit

11. Dock with Phobos. Inflate a Thin Habitat 11. Dock with Phobos. Inflate a Thin Habitat. Teleoperate Robots on Mars to Set Up & Shield an Inflatable Habitat There.

12. Transfer the Crew Capsule to Deimos Orbit. Explore Briefly.

13. Raise Crew Orbit

14. At Periapsis, Change Plane to Match the Mother Ship

15. Trans-Earth Injection of Mother Ship