Designed by Mano Frigyes Barkovics

- Cargo Deployed to Orbit FALCON LAUNCHES - Dragon Docked with ISS - Explosion During Launch Space

it (GEO) arth Orb ionary E Geostat er ilomet ional 3,700 K Internat 3 Space Station

th Orbit Low Ear meter 000 Kilo 100 - 2, Line Kerman meter 100 Kilo

First First (OCISLY) (OCISLY) (LZ-1) (OCISLY) (JRTI) (LZ-1) (OCISLY) First Successful Successful Reflight of Landing Ocean Orbit-Class (LZ-1) Landing Booster (OCISLY) (LZ-1)

lon Musk E

SPACEX DEMO DEMO DEMO DEMO DEMO FALCON 9 NASA NASA NASA NASA MDA CORP. SES THAICOM NASA ORBCOMM ASIASAT-8 ASIASAT-6 NASA NASA US AIR FORCE ABA NASA THALES NASA ORBCOMM JASON-3 SES-9 NASA JCSAT-14 THAICOM 8 EUTELSAT NASA JCSAT-16 AMOS-6 IRIDIUM NASA ECHOSTAR 23 SES-10 NROL-76 INMARSAT-5 FOUNDED FLIGHT 1 FLIGHT 2 FLIGHT 3 FLIGHT 4 FLIGHT 5 TEST DEMO 1 EMO 2 CRS-1 CRS-2 (CANADA) (SES-8) (THAILAND) CRS-3 CRS-4 CRS-5 (DSCOVR) EUTELSAT CRS-6 ALENIA SPACE CRS-7 CRS-8 117 CRS-9 NEXT 1-10 CRS-10

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2002 2006 2007 2008 2009 2010 2012 2013 2014 2015 2016 2017

Falcon 1 Falcon 9 v1.0 Falcon 9 v1.1 Falcon 9 FT

First Successful Unsuccessful Successful Successful Stage Ocean Droneship Droneship Solid Ground Landing Landing Landing Landing Landing Versions of Falcon

MAKING HISTORY SpaceX designs, manufactures and launches advanced rockets and spacecraft. The company was founded in 2002 to revolutionize space technology, with the ultimate goal of enabling people to live on other planets.

Goals Problems Achievements

Making Humans a Multiplanetary Falcon 1 Explosions Almost Setting 2017: First Ever Re-Flight of an Species (Research ITS) SpaceX into Bankruptcy Orbit-Class Liquid Rocket Booster 6 Drone Ship Landing Develop, Test, and Launch CRS-7 Explosion 139 Second After 2016: First Successful Landing of an Falcon Heavy & Dragon 2 Lift-O - 6 Months Delay Orbit-Class Booster on a Drone Ship 4 LZ-1 Landing 95% succession rate. Decrease the Launch, Land, and AMOS-6 Explosion on SLC-40 2015: First Successful Landing of an As of May 2017, 45 rockets Refurbish Protocol to 24 Hours 6 Months Delay & Loss of Pad Orbit-Class Booster on Land have been launched. 1 Reflown Stage Send Privately Crewed Dragon 2 Refurbishing the Falcon 9 Stages 2014: Oers Most Aordable Service Spacecraft Beyond the Moon Takes Approximately 3 Months to Launch Payload onto LEO & GEO

Innovating with Rockets 2014: Twenty Commercial Resupply Land on Mars by 2020 is Challenging Services (CRS) Awarded from NASA

MISSION CONTROL SpaceX maintains launch sites at Cape Canaveral Air Force Station (CCAFS), Kennedy Map Legend:

Space Center in Florida, Vandenberg Air Force Base (VAFB) in California, and Boca SpaceX Development Supplier Chica, Texas. Each location oers key benefits to support the customers’ missions. Headquarters Facility Locations

Launch SpaceX Government Facility Satellite Facility Oces Seattle, WA

The southeast coast of the US provides access to a wide range of low and medium inclination orbits frequently used by supply missions to the ISS. Also allows access to geostationary orbits, as well as departures to the Moon and interplanetary destinations. Vandenberg, CA Air Force Base Washington, D.C. Chantilly, VA Hawthorne, CA Rocket Factory Launch

Space Launch Falco n 9 Tran Complex 39A sportatio n Route McGregor, TX Space Launch oute Complex 40 Launch rtation R nspo 9 Tra Falcon

Houston, TX The site’s location on the California Cape Canaveral, FL coastline provides customers with access Boca Chica, Landing to high inclination and polar orbits, frequently TX Launch Site Landing Zone -1 used by satellite communication, defense intelligence and Earth-observing satellites, and some lunar missions.

PROCESS OF MANUFACTURING & LAUNCHING With an ever-increasing launch cadence, SpaceX is on track to equal or surpass other launch providers by annual vehicles launched and continues, nearly year-on-year, to set vehicle flight records. SpaceX continues to work toward one of its key goals - developing fully and rapidly reusable rockets, a feat that will transform space exploration by delivering highly reliable vehicle at radically reduced costs.

SpaceX Headquarters - Hawthorne, CA Testing Site - McGregor, TX Launch Facility- Cape Canaveral, FL & Vandenberg, CA

Components Preparations & Sequences to Launch

1st Stage Test Everything is Nominal 3... 2... 1... Lift-O! Payload Integration Booster Test Fire and Encapsulation

Grid Fins MVac Engine Engine Test Fire

Fairings Landing Legs 1st Stage 1st & 2nd Stage FALCON HEAVY Engine Integration Integration Booster Manufacturing to 2nd Stage

Sheet Metal Wrap

Core Production 2nd Stage Test Fire Strongback Erection

Merlin Engines Coupled to Octaweb Engine Integration Static Fire 2nd Stage Test Falcon 9 FT Falcon Heavy Painting & Insignia Decoration

- Transportation

- Department Division

- Attachment Points Guide

TIME

ROCKETS OF THE WORLD Nearly 3/4's the height of the Saturn V, yet thinner than a Space Shuttle SRB, Falcon 9 is the workhorse of SpaceX's rocket fleet. Falcon Heavy is the world's most powerful rocket rising on its 27 first stage Merlin 1D engines. Only the mighty Saturn V has delivered more payload to orbit. SpaceX also oers competitive pricing for its Falcon 9 and Falcon Heavy launch services.

550 Kg

500

450

400

350

300

250

200 FALCON HEAVY

150 Payload to Low Earth Orbit (LEO) Payload

100

50

0 Launch SOYUZ ARIANE 5 SPACE SHUTTLE FALCON 9 DELTA IV FALCON SATURN V INTERPLANETARY Vehicle FG/FREGAT ES HEAVY HEAVY TRANSPORT SYSTEM Height 46 Meters 52 Meters 56 Meters 70 Meters 62 Meters 70 Meters 111 Meters 122 Meters

CAPABILTIES & SERVICES Dragon is SpaceX's orbital spacecraft, and has flown 12 times atop of a Falcon 9 rocket. Dragon is the first privately developed spacecraft to be successfully recovered from orbit. Dragon 2 extends Dragon's ability to carry not only cargo, but crew too.

Spacecraft CREW DRAGON DRAGON

Crew 7 (Max Capacity) None

Role Space Colonization ISS Logistics

Payload To LEO - 3,310 Kg To LEO - 3,310 Kg For SpaceX to succeed at reducing the cost of getting payload to orbit, reusability of launch vehicles is imperative. It involves returning Price $20 Million per Seat None the first stage of the rocket back safely to Earth. Dicult task involving a combination of three burns that must be executed perfectly.