Space Launch System America’S Rocket for Deep Space Exploration Boeing Space Exploration

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Space Launch System America’s Rocket for Deep Space Exploration Boeing Space Exploration

Dan Shanahan Director, Global Sales and Marketing Ground-based Midcourse Defense Program [email protected] September 26, 2018

1955 1960 1965 1970 1975 1980 1985 1990 1995 2000 2005 2010 2015 20 Mercury Saturn Space Shuttle Gemini Apollo Space Station Apollo Soyuz Commercial Crew Skylab Ares SLS ICIO PGOC CAPPS

Administrative and Public Domain Information – Not Export Controlled The U.S. Space Policy Directive 1

U.S. Space Policy Directive 1 Signed by President Donald J. Trump December 11, 2017 Administrative and Public Domain Information – Not Export Controlled NASA’s Exploration Campaign

Administrative and Public Domain Information – Not Export Controlled SLS Program Overview

Deep Space Exploration Rocket • 95 metric ton (mt) evolvable to 130 mt • Serves as primary transportation for Orion and exploration missions • Offers volume for science missions and other payloads of national importance Customer • NASA Marshall Space Flight Center, Huntsville, Alabama Boeing Role • Stages Prime Contractor • Core and Upper Stages • Program Office, Engineering – Huntsville, AL • Production – New Orleans, LA Ø NASA Michoud Assembly Facility (MAF) Near-Term Capability • First flight 2020

SLS is the Backbone of NASA’s Human Deep Space Exploration Plans

Administrative and Public Domain Information – Not Export Controlled SLS Block 1

Launch Abort System Crew Module Service Module Encapsulated Service Module Panels

Spacecraft Adapter Orion Stage Adapter Orion Multi-Purpose Interim Cryogenic Crew Vehicle Propulsion Stage Solid Rocket Lockheed Martin Boosters (2) Boeing / ULA Northrop Grumman Launch Vehicle Stage Adapter Teledyne Brown Engineering

Core Stage Boeing

RS-25 Engines (4) Aerojet Exploration Ground Systems SLS Block 1 Rocketdyne Jacobs Engineering Group SLS Block 1B

Launch Abort System Crew Module Service Module Encapsulated Service Module Panels Spacecraft Adapter Orion Multi-Purpose Crew Vehicle HAB/Cargo Lockheed Martin Payload Attach Fitting (PAF) Exploration Upper Stage Boeing RL10 Engines (4) Solid Rocket Boosters (2) Universal Stage Adapter Northrop Dynetics Grumman Interstage Boeing

Core Stage Boeing

RS-25 Engines (4) Exploration Ground Systems Aerojet Jacobs Engineering Group Rocketdyne SLS Block 1B SLS Exploration Upper Stage (EUS) Fully human-rated upper stage

ICPS EUS (Block 1) (Block 1B) 1.5X 1.7X 3X Mass to Moon Mass to Mars Mass to Mars

Compared to Compared to Compared to SLS Block 1 SLS Block 1 EELV

4x RL-10 1x RL-10

5.0m § Significantly Improves Deep Space Performance 8.4m – Mass, Volume, Velocity

EUS enables beyond earth exploration with meaningful payload capabilities SLS Evolution

Launch Abort System Orion Universal Cargo Fairing Stage Adapter Cargo Fairing

Interim Cryogenic Exploration Exploration Propulsion Stage Upper Stage Upper Stage Interstage Interstage Launch Vehicle Stage Adapter

Core Stage Core Stage Core Stage

Solid Solid Advanced Rocket Rocket Boosters Boosters Boosters

RS-25 Engines

SLS Block 1 SLS Block 1B Cargo SLS Block 1B Crew SLS Block 2 Cargo Space Launch System – Lift Capability Compared to other launch vehicles

140 360 Low Earth Orbit (LEO) Geostationary Transfer Orbit (GTO) 120 300

Lunar Transfer VehicleHeight (ft.) 100 Mars Transfer 240 80 180 60 120 40 60 Lift Capacity (metric tons) Lift (metric Capacity 20

0 0 Falcon 9 New Glenn (2 Stg) Atlas V Falcon 9 FT Delta IV-H Vulcan ACES Falcon Heavy SLS Block 1 Block 1B SLS Block 2 First Launch 2013 2020 (est) 2002 2015 2004 2022 (est) 2018 2020 (est) 2024 (est) 2029 (est)

2000 32 Fairing Height(m)

1500 24

1000 16

500 8

0 0 Payload Volume (m³) Volume Payload 5.2x13m 5.0x17m 5.4x19m 5.2 x 13m 5.1m x 19m 5.4x19m 5.2x13m 5.1 x 19m 8.4m x 21m 10m x 31m Fairing Diameter (m) Space Launch System The Only Rocket That Can Deliver Orion to the Moon and Beyond Building the SLS Rocket Backbone EM-1 Core Stage is in Final Assembly at Michoud Assembly Facility

Core Stage 1 Core Stage 1 Core Stage 1 Core Stage 1 Core Stage 1 Engine Section LH2 Tank Intertank LOX Tank Forward Skirt Michoud Assembly Facility History You Can’t Get to Deep Space Without Going Through New Orleans

1940 1950 1960 1970 1980 1990 2000 2010 2018

Plant Complete Cargo Airplanes & Landing Craft

N. O. Dock Board

Tank Engines/Chrysler - Korean War

NASA/MSFC begins operations

Apollo / Saturn

Skylab Shuttle / External Tank (ET)

USDA/USDA/ NationalNational Finance Finance Center Center

State of StateLA/UNO of LA/UNO NCAM NCAM SLS Coast Guard Saturn V CEV/Ori Exploration Orion/MPCVon Systems Boeing Mission Directorate SLS SLS Stages Structural Qual Testing 2 of 5 Tests Complete With 1 In Progress

1 ICPS Successfully Completed in May 2017

2 Engine Section Successfully Completed in Feb 2018

3 Intertank Testing In Progress – Completion in Oct 2018

4 LH2 Tank Testing Scheduled For Mar 2019

5 LOX Tank Testing Scheduled For Mar 2019 SLS Stages EM-1 Flight Hardware Core Stage Final Assembly and Outfitting Underway at MAF

ICPS Forward Skirt Flight Unit at KSC Complete and Ready for Stacking Ready for Join

LOX Tank TPS Complete at MAF Intertank Functional Testing Underway at MAF

LH2 Tank Priming Complete at MAF Engine Section Outfitting Underway at MAF SLS Core Stage Road to the Launch Pad

Final Design & Fabrication System Assembly, Integration & Test, Checkout EM-1 Launch 2020 SLS Structural Testing SLS Core Stage First Flight Firing

RS-25 Currently in Testing Assembly

Michoud Assembly Facility Marshall Space Flight Center Stennis Space Center Kennedy Space Center New Orleans, LA Huntsville, AL Bay St. Louis, MS Cape Canaveral, FL Exploration Mission - 1

Administrative and Public Domain Information – Not Export Controlled SLS Enhances Deep Space Science Missions Fastest to Deep Space – Europa Trajectory Time Example

Atlas V 551 SLS Earth Gravity Assist (EGA) Venus Gravity Assist (VGA) Jupiter Orbit Insertion

VGA Jupiter VGA (5/14/22) OrbitJOI (4/4/28) EGA EGA-1 Insertion 2 Years (10/24/23)

EGA-2 LaunchLaunch (10/24/25) (11/21/21)

Jupiter’s Orbit Launch 6½ Years (6/5/22) Deep Space Maneuver Launch

SLS reduces transit time to Europa by more than 4 years | 18