Abstract #1754. English. French. Author(s) and Co Author(s) Resources in the cislunar marketplace. To follow. No abstract title in French

Transcription

1 4/26/2017 CIM TPMS Abstract #1754 English Resources in the cislunar marketplace To follow French No abstract title in French No French resume Author(s) and Co Author(s) Mr. GEorge Sowers (UnknownTitle) United Launch Alliance Dr. Melissa Samson (UnknownTitle) ULA Event/Chair/ChairAbstractPool.aspx 1/1

2 Melissa Sampson XEUS Program Manager, Advanced Programs United Launch Alliance Melissa Sampson is a program manager in the Advanced Programs group, developing ULA s next generation technology. Advanced Programs enables the design of products, processes and infrastructure to meet ULA s customers future requirements. She currently leads the XEUS (experimental Enhanced Upper Stage) program, a lunar lander. Prior to joining Advanced Programs, she was the Building Leadership and Sustaining Talent (BLAST) program facilitator, coach and mentor, Operations Excellence Manager, and a category manager in Supply Chain. Dr. Sampson began her aerospace career as a systems engineer at Lockheed Martin, responsible for integrating Atlas launch vehicles and creating system solutions based on customer and product requirements. She was then selected as Executive Liaison for ULA s Chief Operating Officer. In this capacity, she interfaced daily with the executive team, participated in all aspects of the company, and implemented executive projects. She continued her career in Washington, D.C. to lay the foundation for the ULA WDC offices and build relationships with elected officials. Previous to her aerospace career, Dr. Sampson worked in the Governor s Office of Maryland, program management, space station payloads, sales, and lobbying. Dr. Sampson earned her M.S. and Ph.D. degrees in Aerospace Engineering from the University of Colorado and her B.S. in Chemistry from the College of William and Mary. She is a certified ULA Lean & Six Sigma Black Belt and is an International Coaching Federation (ICF) certified coach. 1/1

3 Transportation & Resources in the Ci l M k t l Cislunar Marketplace Dr. Melissa li S Sampson XEUS Program Manager Advanced Programs CIM Convention 2017 Montreal, Canada Copyright 2016 United Launch Alliance, LLC. 2Unpublished MayWork All Rights Reserved.

4 Agenda Cislunar Space Economy Advanced d Evolved Upper Stage (ACES) Update Progress on Cislunar Enabling Technologies experimental Enhanced Upper Stage (XEUS) Overview Transportation ti to Lunar Surface and Cislunar Space 28 April

5 28 April Cislunar video

6 GEO Cislunar Econosphere NEO V=3.77 V= V in (km/s) LEO V=1.40 V=0.65 V=2.52 V=4.33 EML1 LLO V=1.90 ETO V=9.53 LEO GEO High Earth Orbit Lunar Surface ISS Remote Sensing Commercial Station Communication Space Control Debris mitigation Science R&D Tourism Manufacturing Propellant Transfer Data Servers 28 April Observation Communication Space Control Debris Mitigation Space Solar Power Repair Station Satellite Life extension Harvesting Science / Astronomy Communication Link Way Station Propellant Depots Repair Stationti Lunar Solar Power Sat Manufacturing Planetary Defense Existing market / Emerging market / Future market Cislunar Vision: 1,000 People working in Space Science/ Astronomy Lunar Observatory Human Outpost Tourism Mining Oxygen/Water Regolith Rare Earth Elements HE3 Manufacturing Fuel Depots Solar Power to Earth

7 ACES Advanced Cryogenic Evolved Stage New Mission Capability Weeks Duration Many Engine Burns 150 klb LO2/LH2 Service Module Type Flexibility Increased Mission Flexibility Affordable Atlas 541 performance for less than $100M GSO Heavy Performance for $140M >20% more Performance than DIV Heavy Structural MLI 5.4m dia tank Stainless Steel Monocoque Common Bulkhead IVF 28 April ACES is Key to Opening Cislunar Highway IVF and Cryo Storage Key Enabling Technologies

8 Enabling Technologies In Development Integrated Vehicle Fluids & Cryogenics Power > No Main batteries Reaction control > No Hydrazine Pressurization > No Helium IVF Module Enables Weeks to Years Service Module Flexibility On Orbit Refueling IVF Prototype CRYOTE 3 at MSFC 28 April H2/O2 Thruster

9 ACES Capabilities Go Beyond Performance Centaur ACES Max Engine Burns 3 Unlimited Max Mission Duration 0.33 Days (8 hrs) days extendable to months Peak power to P/L Watts Kilo Watts Avionics Static (Common Avionics) GPS update, star tracker, uplink, etc RCS Delta V Limited to upper stage settling and thermal control Reusable (w/ refueling) No Yes Virtually unlimited maneuvering Secondary Payloads (aft bulkhead) 80 kg 400 kg Revolutionary New Capabilities 28 April

10 ULA s technology can lead to large scale lunar surface access, enabling cislunar economy ACES + Mission Kit LH2/LO2 Thruster Landing GN&C Landing struts XEUS Lunar Lander XEUS Cargo Ascender or Cargo Module 28 April

11 Distributed Launch Vulcan Single Launch Distributed Launch GSO Earth Lunar or Escape Surface Lunar Orbit 14 mt 10 mt 3.8 mt 30 mt 24 mt 12 mt 28 April Propellant Payload Launch Launch Initial Step to Upper Stage Reuse for ACES and XEUS

12 Potential Lunar Surface Cargo Mission 4) Lunar Orbit Insertion And Descent 1) Launch 2) Refuel ACES 5) XEUS Terminal Descent 3) Trans Lunar Injection ACES & Propellant Tank ACES/XEUS & Payload Propellant Transfer Potential to Enable Large Scale Lunar Infrastructure t Mining Science Manufacturing Habitation 28 April

13 Lunar Water Prospecting ~10B mt of ice per pole Power Tower on Crater Rim Beam power to crater floor Resource Prospector Griffin Lander Shackleton Crater 28 April Credit: NASA/Zuber, M.T. et al., Nature, 2012

14 Standing on Threshold of Robust Cislunar Economy Early Base Bigelow Aerospace Insitu Settlements Freight Farms 28 April Lunar Water Mining: A Potential Oasis Supporting Lunar Settlement

15 28 April