SpaceX

Corporate brand

American private aerospace manufacturer and space transportation, satellite communications, and launch-services company.

Last updated October 17, 2026

Overview

SpaceX, formally Space Exploration Technologies Corp., is a privately held American aerospace company founded by Elon Musk in 2002. It designs, manufactures, launches, and operates space transportation systems and satellite communications infrastructure. The company was created around the objective of reducing the cost of access to space, increasing launch reliability, and eventually supporting human settlement beyond Earth, particularly on Mars. SpaceX initially pursued this mission through the small Falcon 1 rocket. After three launch failures between 2006 and 2008 brought the company close to collapse, Falcon 1 reached orbit on its fourth attempt in September 2008. That achievement made SpaceX the first privately developed company to launch a liquid-propellant rocket into orbit. NASA subsequently awarded the company a major Commercial Resupply Services contract, providing the financial foundation for development of the larger Falcon 9 rocket and Dragon spacecraft. Falcon 9 became the company’s core launch vehicle. It has carried commercial satellites, cargo spacecraft, crewed missions, and government payloads from launch sites in Florida and California. SpaceX’s most consequential technical achievement has been the development of a reusable orbital-class first stage. Falcon 9 first landed successfully in December 2015 and later demonstrated repeated recovery and reflight. Reusability, vertical integration, high launch cadence, and standardized vehicle production helped reduce prices and altered competition in the commercial and national-security launch markets. The company expanded its human-spaceflight activities through Dragon 2. In 2020, the Crew Dragon Demo-2 mission carried NASA astronauts to the International Space Station, returning crewed orbital launch capability to the United States from American soil. Crew Dragon has since supported NASA missions and private astronaut flights. SpaceX also operates the more powerful Falcon Heavy, which uses three Falcon 9-derived first-stage cores and entered service in 2018. SpaceX’s other major business is Starlink, a broadband network delivered through a large low-Earth-orbit satellite constellation. Starlink serves residential, enterprise, maritime, aviation, and government customers in multiple markets and has become a major source of company activity and revenue. A related government-focused service, Starshield, adapts satellite communications and other space capabilities for national-security users. The company is also developing Starship, a fully reusable launch system composed of a large spacecraft and a Super Heavy booster. Starship is intended for heavy-lift orbital missions, satellite deployment, lunar operations, and eventually human missions to Mars. Its development has involved repeated flight tests, partial successes, vehicle losses, and continuing regulatory and engineering work. SpaceX’s principal customers and institutional partners include NASA, the United States Space Force, the National Reconnaissance Office, commercial satellite operators, and private organizations. The business is vertically integrated, producing many rocket engines, structures, avionics, software systems, and spacecraft components internally. Elon Musk remains the controlling shareholder and voting controller, while Gwynne Shotwell has led day-to-day corporate operations as president and chief operating officer. SpaceX remains private and does not have a public stock ticker.

History

Elon Musk began exploring Mars-related projects in the early 2000s and concluded that existing launch prices were too high for ambitious space development. After unsuccessful efforts to purchase a refurbished Russian launch vehicle, he decided to establish a company capable of building rockets internally. Space Exploration Technologies was founded in 2002, initially operating from Southern California and recruiting engineers from established aerospace companies. The first vehicle, Falcon 1, was designed as a relatively small, expendable, two-stage orbital rocket. SpaceX emphasized vertical integration and the use of commercially available components where practical. The first three Falcon 1 launches, conducted between 2006 and 2008, failed. The company’s finances became precarious, but the fourth launch, on September 28, 2008, successfully reached orbit. A fifth launch succeeded in July 2009, after which SpaceX retired Falcon 1 and concentrated resources on Falcon 9. NASA’s Commercial Orbital Transportation Services program was a decisive turning point. SpaceX received development support for Falcon 9 and Dragon, followed by a Commercial Resupply Services award to deliver cargo to the ISS. Falcon 9 first flew in 2010, and Dragon completed a successful demonstration mission later that year. In May 2012, Dragon became the first privately operated spacecraft to deliver cargo to and return cargo from the ISS. During the 2010s, SpaceX developed a recovery system for Falcon 9’s first stage. The program used controlled atmospheric reentry, deployable landing legs, grid fins, and autonomous landing systems. The first successful landing occurred in December 2015, followed by the first landing on an autonomous drone ship in April 2016. In March 2017, a previously flown booster launched the SES-10 satellite and landed again. These achievements made rocket reuse a routine commercial objective rather than solely an experimental concept. SpaceX experienced significant setbacks during this period. The CRS-7 mission failed in June 2015 because of a hardware failure involving a helium pressure vessel support strut. In September 2016, a Falcon 9 exploded during preparations for a static-fire test, destroying the AMOS-6 satellite and interrupting launches for several months. Investigations led to design, inspection, and operational changes. Falcon Heavy made its first flight in February 2018. Its architecture combined three Falcon 9-derived cores and provided substantially greater lift capability than Falcon 9. Meanwhile, NASA selected SpaceX to develop a crewed Dragon variant. Crew Dragon’s uncrewed demonstrations preceded the successful Demo-2 mission in May 2020, when NASA astronauts launched from Florida and traveled to the ISS. SpaceX also diversified into satellite connectivity. Starlink development was publicly announced in 2015, and operational satellites began launching in 2019. The constellation expanded through frequent Falcon 9 missions and created a direct-to-customer broadband business serving locations with limited terrestrial infrastructure. Starlink’s government-oriented counterpart is known as Starshield. The company’s current strategic centerpiece is Starship, a large fully reusable launch system consisting of the Super Heavy booster and Starship spacecraft. SpaceX conducts development and flight testing from its Starbase facilities in Texas, subject to regulatory approval. The system is intended for large-scale satellite deployment, lunar missions, and eventually interplanetary transportation. SpaceX remains privately held, with Musk retaining effective voting control. Its business combines launch services, human spaceflight, spacecraft production, and satellite communications.

2023
Integrated Starship flight testing
[5]Federal Aviation Administration: SpaceX stakeholder engagementfaa.gov
SpaceX conducts the first integrated tests of the Starship spacecraft and Super Heavy booster.
2020
Crew Dragon begins human spaceflight operations
[3]NASA Commercial Crew Programnasa.gov
The Demo-2 mission carries NASA astronauts to the ISS and marks the start of SpaceX’s crewed transportation service.
2019
Starlink deployment begins
[11]Starlink deployment beginsen.wikipedia.org
SpaceX launches the first operational Starlink satellites and begins building its broadband constellation.
2018
Falcon Heavy debut
[10]Falcon Heavy debutspacex.com
The heavy-lift Falcon Heavy performs its first launch using three Falcon 9-derived cores.
2017
First reused orbital booster launches a payload
[9]First reused orbital booster launches a payloadspacex.com
A recovered Falcon 9 first stage is reflown on the SES-10 mission.
2015
First orbital-class booster landing
[8]First orbital-class booster landingen.wikipedia.org
A Falcon 9 first stage lands successfully after an orbital mission.
2012
Dragon reaches the ISS
[7]Dragon reaches the ISSnasa.gov
Dragon completes the first commercial cargo delivery to the International Space Station.
2010
Falcon 9 and Dragon demonstration flights
[4]NASA Commercial Resupply Servicesnasa.gov
Falcon 9 flies for the first time and Dragon completes an early orbital demonstration.
2008
Falcon 1 reaches orbit
[6]Falcon 1 reaches orbiten.wikipedia.org
The fourth Falcon 1 launch succeeds after three failures, giving SpaceX its first orbital success.
2002
SpaceX is founded
[1]SpaceXen.wikipedia.org
Elon Musk establishes Space Exploration Technologies to pursue lower-cost space transportation and long-term human expansion into space.

Products and positioning

A vertically integrated commercial-space company positioned around reusable launch systems, high launch cadence, lower-cost access to orbit, human spaceflight, and global satellite connectivity.

Orbital launch vehicle · 2010
Falcon 9
A two-stage partially reusable rocket used for commercial, civil, scientific, crewed, and national-security missions. Its first stage is designed for controlled recovery and repeated flight, while the expendable upper stage places payloads into the required orbit. Falcon 9 is SpaceX’s principal launch vehicle by mission frequency and supports both dedicated satellite launches and Dragon flights.
Heavy-lift launch vehicle · 2018
Falcon Heavy
A heavy-lift rocket formed from three Falcon 9-derived first-stage cores and a strengthened upper stage. It is intended for large or high-energy payloads and has carried commercial, civil, and government missions. Its side boosters can return to landing sites or drone ships when mission energy allows.
Spacecraft · 2010
Dragon and Crew Dragon
Dragon is a reusable spacecraft family developed for cargo and crew transportation. Cargo Dragon supports ISS logistics, while Crew Dragon carries astronauts and private passengers. The spacecraft uses an integrated launch-abort system, autonomous rendezvous capabilities, and a recoverable capsule architecture.
Fully reusable launch system · 2023
Starship
A large two-stage system comprising the Super Heavy booster and Starship spacecraft. SpaceX is developing it for orbital launch, large-scale satellite deployment, lunar transportation, and possible future interplanetary missions. The system remains under flight testing and has not reached routine operational service.
Satellite broadband service · 2019
Starlink
A broadband communications network built from a large constellation of low-Earth-orbit satellites and associated ground, user, maritime, and aviation equipment. It provides internet access in markets where regulatory authorization and network coverage are available.
Government satellite service · 2022
Starshield
A government-focused satellite communications and space-services offering derived from SpaceX’s launch and satellite capabilities. It is aimed at national-security and public-sector users rather than ordinary consumer broadband customers.

Controversies

2026
Elon Musk alleges 'oligarchs' blocking Starlink's India launch; Indian government rejects claims
Elon Musk posted on X accusing unnamed "oligarchs" of blocking Starlink's launch in India to maintain what he called their "monopolistic chokehold" on the country, calling the alleged blocking a "crime against the people of India"; the Indian government rejected his claims that powerful business interests were blocking its entry, amid a dispute over regulatory delays.
Source
2026
Musk promises to rename SpaceX's SpaceXAI to SpaceXSI
According to The Verge, Elon Musk promised to rename SpaceXAI to SpaceXSI, joining President Trump's push to rebrand artificial intelligence as "super intelligence." The report characterizes the move as part of Silicon Valley companies capitulating to the administration's terminology push.
Source
2026
SpaceX agrees to testify before New York City Council after skipping AI safety hearing
The New York City Council announced on Oct. 13, 2026 that SpaceX has agreed to testify before the council as part of its legislative investigation into artificial intelligence safety risks. According to the council, SpaceX agreed two days after the Oct. 5 hearing, at which representatives of Anthropic, OpenAI, Google and Meta testified while SpaceX did not appear, and after the council said it intended to have its subpoena of Elon Musk and SpaceX's AI unit enforced by a judge. The council said the hearing will take place on Friday at 10 a.m. ET in front of its tech committee.
Source
2026
New York City Council subpoenas Elon Musk and SpaceX's AI unit in AI safety investigation
As part of a legislative investigation into artificial intelligence safety risks, the New York City Council issued a subpoena on Sept. 28, 2026 to Elon Musk and SpaceX's AI unit, compelling testimony at a hearing; the subpoena was issued by Council Speaker Julie Menin and General Counsel Nwamaka Ejebe. Representatives from Anthropic, OpenAI, Meta and Google testified at the Oct. 5 hearing, but SpaceX did not appear. The council warned that failure to comply with the subpoena could subject the company to penalties or other punishment under New York City laws and regulations.
Source
2026
Zelensky publicly requests SpaceX to restore Starlink service for Ukraine
Ukrainian President Volodymyr Zelensky publicly requested SpaceX owner Elon Musk to reactivate the Starlink satellite communication system for Ukraine, calling the situation "a major error" that might be "a serious technical malfunction", and asking that the system be restored. Zelensky's adviser Serhii Beskrestnov had previously said the Ukrainian military's access to Starlink satellite internet had been restricted. No response from SpaceX was reported in the sources.
Source
2026
Ukraine says SpaceX imposed unannounced Starlink and Starshield speed limits, disrupting military operations
Ukrainian presidential defense-technology advisor Serhii Beskrestnov said on Wednesday that SpaceX had implemented a speed limit on Starlink terminals in motion without notifying Ukraine's defense forces, disrupting some military missions, and that the same restrictions applied to the military-grade Starshield network. SpaceX CEO Elon Musk responded that Starshield systems are owned and controlled by the U.S. government and that any limits on speed or usage are decided by the U.S. military and ultimately President Donald Trump. By early Thursday, former Ukrainian defense minister Mykhailo Fedorov said Starlink connectivity at speeds of up to 160 kilometers an hour had been restored, while noting that removing Starshield's speed limit entirely remained critical for Ukraine's defense.
Source
2026
SpaceX responds to NYC Council questions about Grok safety
SpaceX policy leader Gabriela Castillo Madrid testified before the New York City Council about Grok's safeguards after council members raised concerns about its generation of sexualized images of real people. She said the company had strict controls and that its safety team would look into a specific instance raised at the hearing.
Source
2024
Workplace retaliation and discrimination allegations
Former SpaceX employees alleged that the company tolerated discrimination and retaliation after workplace concerns were raised. The allegations prompted legal and regulatory scrutiny and added to existing public debate about SpaceX’s workplace culture.
Source

2018
Starship development becomes a central long-term programStrategy
Background
SpaceX sought a substantially larger and more reusable system than Falcon 9 for high-volume space transportation.
Action taken
The company advanced development of a fully reusable booster-and-spacecraft architecture, later named Super Heavy and Starship.
Aftermath
Starship became the foundation of SpaceX’s plans for large payloads, lunar missions, and eventual Mars transportation.
Source
2015
SpaceX introduces reused-booster pricingStrategy
Background
After demonstrating successful Falcon 9 landings, SpaceX sought to turn reusability into a commercial advantage.
Action taken
The company indicated that customers choosing a reused first stage could receive a launch-price discount.
Aftermath
Booster recovery and reflight became central to Falcon 9’s operating model and competitive positioning.
Source
2015
Starlink constellation announcedProduct launch
Background
SpaceX sought to diversify beyond launch services and address global broadband access.
Action taken
The company announced plans for a large low-Earth-orbit satellite network, later branded Starlink.
Aftermath
Starlink became a major SpaceX business and created a recurring connectivity-service model alongside launch operations.
Source
2005
SpaceX prioritizes Falcon 9 over Falcon 5Strategy
Background
The company initially considered Falcon 5 as an intermediate step between Falcon 1 and larger launch vehicles.
Action taken
SpaceX shifted development toward Falcon 9, a more capable vehicle designed with eventual first-stage reusability in mind.
Aftermath
Falcon 9 became the company’s principal launch platform and the basis for Dragon missions and later reusable-launch operations.
Source

Recent events

2023
Starship orbital flight testing begins[5]Federal Aviation Administration: SpaceX stakeholder engagementfaa.gov
Product generation · Other
SpaceX began integrated flight tests of the Starship and Super Heavy system, producing engineering data while several test vehicles were lost during test flights.
2023
Starship flight testing continues[21]星舰飞行测试持续推进spacex.com
Product launch · Product generation
SpaceX conducted integrated Starship and Super Heavy flight tests as part of its effort to develop a large, reusable launch system.
2020
Crew Dragon Demo-2 launches NASA astronauts[3]NASA Commercial Crew Programnasa.gov
Product launch
SpaceX carried astronauts to the ISS under NASA’s Commercial Crew Program, the first crewed orbital launch from the United States since the Space Shuttle era.
2020
Crew Dragon begins regular human spaceflight operations[22]载人龙飞船开始常规载人航天飞行任务nasa.gov
Product launch · Other
The first operational commercial crew mission for NASA followed Crew Dragon’s successful demonstration flight to the International Space Station.
2018
Falcon Heavy enters service[10]Falcon Heavy debutspacex.com
Product launch
The first Falcon Heavy launch used three Falcon 9-derived cores and demonstrated SpaceX’s heavy-lift architecture.
2017
First reflight of an orbital-class booster[9]First reused orbital booster launches a payloadspacex.com
Product generation
The SES-10 mission used a previously flown Falcon 9 first stage, demonstrating commercial reuse of an orbital booster.
2016
AMOS-6 satellite destroyed during prelaunch test[23]AMOS-6卫星在发射前测试中被摧毁en.wikipedia.org
Other
A Falcon 9 and its commercial payload were destroyed during a static-fire preparation at Cape Canaveral. SpaceX investigated the failure and returned to flight in early 2017.
2015
Falcon 9 CRS-7 fails during ascent[7]Dragon reaches the ISSnasa.gov
Recall · Other
An ISS resupply mission was lost shortly after launch. The investigation identified failure of a strut securing a helium pressure vessel inside the second stage.
2015
First successful landing of an orbital-class rocket stage[24]轨道级火箭级首次成功着陆spacex.com
Product generation · Other
Falcon 9 Flight 20 landed its first stage after delivering a payload to orbit, a milestone in operational orbital-vehicle reuse.
2015
Falcon 9 first-stage landing demonstrates orbital-class reusability[21]星舰飞行测试持续推进spacex.com
Product generation · Other
A Falcon 9 booster landed after delivering a payload to orbit, a milestone in SpaceX’s reusable-launch program.

Showing the 10 most recent.

Sources115 sources

Cite this profile: Cite the canonical profile. /brand-wiki/spacex · Editorial policy · How profiles are compiled

SpaceX

Corporate brand

Unclaimed

American private aerospace manufacturer and space transportation, satellite communications, and launch-services company.

Last updated October 17, 2026

Overview

History

2023
Integrated Starship flight testing
[5]Federal Aviation Administration: SpaceX stakeholder engagementfaa.gov
SpaceX conducts the first integrated tests of the Starship spacecraft and Super Heavy booster.
2020
Crew Dragon begins human spaceflight operations
[3]NASA Commercial Crew Programnasa.gov
The Demo-2 mission carries NASA astronauts to the ISS and marks the start of SpaceX’s crewed transportation service.
2019
Starlink deployment begins
[11]Starlink deployment beginsen.wikipedia.org
SpaceX launches the first operational Starlink satellites and begins building its broadband constellation.
2018
Falcon Heavy debut
[10]Falcon Heavy debutspacex.com
The heavy-lift Falcon Heavy performs its first launch using three Falcon 9-derived cores.
2017
First reused orbital booster launches a payload
[9]First reused orbital booster launches a payloadspacex.com
A recovered Falcon 9 first stage is reflown on the SES-10 mission.
2015
First orbital-class booster landing
[8]First orbital-class booster landingen.wikipedia.org
A Falcon 9 first stage lands successfully after an orbital mission.
2012
Dragon reaches the ISS
[7]Dragon reaches the ISSnasa.gov
Dragon completes the first commercial cargo delivery to the International Space Station.
2010
Falcon 9 and Dragon demonstration flights
[4]NASA Commercial Resupply Servicesnasa.gov
Falcon 9 flies for the first time and Dragon completes an early orbital demonstration.
2008
Falcon 1 reaches orbit
[6]Falcon 1 reaches orbiten.wikipedia.org
The fourth Falcon 1 launch succeeds after three failures, giving SpaceX its first orbital success.
2002
SpaceX is founded
[1]SpaceXen.wikipedia.org
Elon Musk establishes Space Exploration Technologies to pursue lower-cost space transportation and long-term human expansion into space.

Products and positioning

A vertically integrated commercial-space company positioned around reusable launch systems, high launch cadence, lower-cost access to orbit, human spaceflight, and global satellite connectivity.

Orbital launch vehicle · 2010
Falcon 9
A two-stage partially reusable rocket used for commercial, civil, scientific, crewed, and national-security missions. Its first stage is designed for controlled recovery and repeated flight, while the expendable upper stage places payloads into the required orbit. Falcon 9 is SpaceX’s principal launch vehicle by mission frequency and supports both dedicated satellite launches and Dragon flights.
Heavy-lift launch vehicle · 2018
Falcon Heavy
A heavy-lift rocket formed from three Falcon 9-derived first-stage cores and a strengthened upper stage. It is intended for large or high-energy payloads and has carried commercial, civil, and government missions. Its side boosters can return to landing sites or drone ships when mission energy allows.
Spacecraft · 2010
Dragon and Crew Dragon
Dragon is a reusable spacecraft family developed for cargo and crew transportation. Cargo Dragon supports ISS logistics, while Crew Dragon carries astronauts and private passengers. The spacecraft uses an integrated launch-abort system, autonomous rendezvous capabilities, and a recoverable capsule architecture.
Fully reusable launch system · 2023
Starship
A large two-stage system comprising the Super Heavy booster and Starship spacecraft. SpaceX is developing it for orbital launch, large-scale satellite deployment, lunar transportation, and possible future interplanetary missions. The system remains under flight testing and has not reached routine operational service.
Satellite broadband service · 2019
Starlink
A broadband communications network built from a large constellation of low-Earth-orbit satellites and associated ground, user, maritime, and aviation equipment. It provides internet access in markets where regulatory authorization and network coverage are available.
Government satellite service · 2022
Starshield
A government-focused satellite communications and space-services offering derived from SpaceX’s launch and satellite capabilities. It is aimed at national-security and public-sector users rather than ordinary consumer broadband customers.

Controversies

2026
Elon Musk alleges 'oligarchs' blocking Starlink's India launch; Indian government rejects claims
Elon Musk posted on X accusing unnamed "oligarchs" of blocking Starlink's launch in India to maintain what he called their "monopolistic chokehold" on the country, calling the alleged blocking a "crime against the people of India"; the Indian government rejected his claims that powerful business interests were blocking its entry, amid a dispute over regulatory delays.
Source
2026
Musk promises to rename SpaceX's SpaceXAI to SpaceXSI
According to The Verge, Elon Musk promised to rename SpaceXAI to SpaceXSI, joining President Trump's push to rebrand artificial intelligence as "super intelligence." The report characterizes the move as part of Silicon Valley companies capitulating to the administration's terminology push.
Source
2026
SpaceX agrees to testify before New York City Council after skipping AI safety hearing
The New York City Council announced on Oct. 13, 2026 that SpaceX has agreed to testify before the council as part of its legislative investigation into artificial intelligence safety risks. According to the council, SpaceX agreed two days after the Oct. 5 hearing, at which representatives of Anthropic, OpenAI, Google and Meta testified while SpaceX did not appear, and after the council said it intended to have its subpoena of Elon Musk and SpaceX's AI unit enforced by a judge. The council said the hearing will take place on Friday at 10 a.m. ET in front of its tech committee.
Source
2026
New York City Council subpoenas Elon Musk and SpaceX's AI unit in AI safety investigation
As part of a legislative investigation into artificial intelligence safety risks, the New York City Council issued a subpoena on Sept. 28, 2026 to Elon Musk and SpaceX's AI unit, compelling testimony at a hearing; the subpoena was issued by Council Speaker Julie Menin and General Counsel Nwamaka Ejebe. Representatives from Anthropic, OpenAI, Meta and Google testified at the Oct. 5 hearing, but SpaceX did not appear. The council warned that failure to comply with the subpoena could subject the company to penalties or other punishment under New York City laws and regulations.
Source
2026
Zelensky publicly requests SpaceX to restore Starlink service for Ukraine
Ukrainian President Volodymyr Zelensky publicly requested SpaceX owner Elon Musk to reactivate the Starlink satellite communication system for Ukraine, calling the situation "a major error" that might be "a serious technical malfunction", and asking that the system be restored. Zelensky's adviser Serhii Beskrestnov had previously said the Ukrainian military's access to Starlink satellite internet had been restricted. No response from SpaceX was reported in the sources.
Source
2026
Ukraine says SpaceX imposed unannounced Starlink and Starshield speed limits, disrupting military operations
Ukrainian presidential defense-technology advisor Serhii Beskrestnov said on Wednesday that SpaceX had implemented a speed limit on Starlink terminals in motion without notifying Ukraine's defense forces, disrupting some military missions, and that the same restrictions applied to the military-grade Starshield network. SpaceX CEO Elon Musk responded that Starshield systems are owned and controlled by the U.S. government and that any limits on speed or usage are decided by the U.S. military and ultimately President Donald Trump. By early Thursday, former Ukrainian defense minister Mykhailo Fedorov said Starlink connectivity at speeds of up to 160 kilometers an hour had been restored, while noting that removing Starshield's speed limit entirely remained critical for Ukraine's defense.
Source
2026
SpaceX responds to NYC Council questions about Grok safety
SpaceX policy leader Gabriela Castillo Madrid testified before the New York City Council about Grok's safeguards after council members raised concerns about its generation of sexualized images of real people. She said the company had strict controls and that its safety team would look into a specific instance raised at the hearing.
Source
2024
Workplace retaliation and discrimination allegations
Former SpaceX employees alleged that the company tolerated discrimination and retaliation after workplace concerns were raised. The allegations prompted legal and regulatory scrutiny and added to existing public debate about SpaceX’s workplace culture.
Source

2018
Starship development becomes a central long-term programStrategy
Background
SpaceX sought a substantially larger and more reusable system than Falcon 9 for high-volume space transportation.
Action taken
The company advanced development of a fully reusable booster-and-spacecraft architecture, later named Super Heavy and Starship.
Aftermath
Starship became the foundation of SpaceX’s plans for large payloads, lunar missions, and eventual Mars transportation.
Source
2015
SpaceX introduces reused-booster pricingStrategy
Background
After demonstrating successful Falcon 9 landings, SpaceX sought to turn reusability into a commercial advantage.
Action taken
The company indicated that customers choosing a reused first stage could receive a launch-price discount.
Aftermath
Booster recovery and reflight became central to Falcon 9’s operating model and competitive positioning.
Source
2015
Starlink constellation announcedProduct launch
Background
SpaceX sought to diversify beyond launch services and address global broadband access.
Action taken
The company announced plans for a large low-Earth-orbit satellite network, later branded Starlink.
Aftermath
Starlink became a major SpaceX business and created a recurring connectivity-service model alongside launch operations.
Source
2005
SpaceX prioritizes Falcon 9 over Falcon 5Strategy
Background
The company initially considered Falcon 5 as an intermediate step between Falcon 1 and larger launch vehicles.
Action taken
SpaceX shifted development toward Falcon 9, a more capable vehicle designed with eventual first-stage reusability in mind.
Aftermath
Falcon 9 became the company’s principal launch platform and the basis for Dragon missions and later reusable-launch operations.
Source

Recent events

2023
Starship orbital flight testing begins[5]Federal Aviation Administration: SpaceX stakeholder engagementfaa.gov
Product generation · Other
SpaceX began integrated flight tests of the Starship and Super Heavy system, producing engineering data while several test vehicles were lost during test flights.
2023
Starship flight testing continues[21]星舰飞行测试持续推进spacex.com
Product launch · Product generation
SpaceX conducted integrated Starship and Super Heavy flight tests as part of its effort to develop a large, reusable launch system.
2020
Crew Dragon Demo-2 launches NASA astronauts[3]NASA Commercial Crew Programnasa.gov
Product launch
SpaceX carried astronauts to the ISS under NASA’s Commercial Crew Program, the first crewed orbital launch from the United States since the Space Shuttle era.
2020
Crew Dragon begins regular human spaceflight operations[22]载人龙飞船开始常规载人航天飞行任务nasa.gov
Product launch · Other
The first operational commercial crew mission for NASA followed Crew Dragon’s successful demonstration flight to the International Space Station.
2018
Falcon Heavy enters service[10]Falcon Heavy debutspacex.com
Product launch
The first Falcon Heavy launch used three Falcon 9-derived cores and demonstrated SpaceX’s heavy-lift architecture.
2017
First reflight of an orbital-class booster[9]First reused orbital booster launches a payloadspacex.com
Product generation
The SES-10 mission used a previously flown Falcon 9 first stage, demonstrating commercial reuse of an orbital booster.
2016
AMOS-6 satellite destroyed during prelaunch test[23]AMOS-6卫星在发射前测试中被摧毁en.wikipedia.org
Other
A Falcon 9 and its commercial payload were destroyed during a static-fire preparation at Cape Canaveral. SpaceX investigated the failure and returned to flight in early 2017.
2015
Falcon 9 CRS-7 fails during ascent[7]Dragon reaches the ISSnasa.gov
Recall · Other
An ISS resupply mission was lost shortly after launch. The investigation identified failure of a strut securing a helium pressure vessel inside the second stage.
2015
First successful landing of an orbital-class rocket stage[24]轨道级火箭级首次成功着陆spacex.com
Product generation · Other
Falcon 9 Flight 20 landed its first stage after delivering a payload to orbit, a milestone in operational orbital-vehicle reuse.
2015
Falcon 9 first-stage landing demonstrates orbital-class reusability[21]星舰飞行测试持续推进spacex.com
Product generation · Other
A Falcon 9 booster landed after delivering a payload to orbit, a milestone in SpaceX’s reusable-launch program.

Showing the 10 most recent.

Sources115 sources

Cite this profile: Cite the canonical profile. /brand-wiki/spacex · Editorial policy · How profiles are compiled

SpaceX

Overview

History

Products and positioning

Controversies

Brand decisions

Recent events

Sources115 sources

SpaceX

Overview

History

Products and positioning

Controversies

Brand decisions

Recent events

Sources115 sources

Overview

History

Products and positioning

Controversies

Brand decisions

Recent events

Related entries

Sources115 sources

Overview

History

Products and positioning

Controversies

Brand decisions

Recent events

Related entries

Sources115 sources