Space Exploration Technologies Corp. (SpaceX) is set to list on Nasdaq on the evening of June 12 under ticker SPCX, in what will be the largest initial public offering in history. The company priced its IPO at $135 per share, issuing 555.6 million shares to raise a total of $75 billion, corresponding to a fully diluted valuation of approximately $1.77 trillion based on post-listing share capital of around 13.1 billion shares. The IPO attracted cumulative subscription funds exceeding $250 billion, representing nearly four times oversubscription and marking a peak in global hard-tech IPO demand in recent years. The listing represents a historic milestone for the global commercial space industry, signaling a new phase in space commercialization driven by mature revenue streams from rocket launches and Starlink satellite internet, alongside long-term growth potential from space-based AI infrastructure.
SpaceX Lists on Nasdaq with $75 Billion IPO at $1.77 Trillion Valuation
SpaceX's IPO on the evening of June 12 will see the company issue 555.6 million shares at $135 per share, raising $75 billion in total proceeds. Based on post-listing total share capital of approximately 13.1 billion shares, the offering corresponds to a fully diluted valuation of around $1.77 trillion. The IPO attracted cumulative subscription funds exceeding $250 billion, representing nearly four times oversubscription. Market consensus views rocket launches as the foundational tool, communications as a stable cash flow provider, and space AI infrastructure as the strongest future growth driver.
Reusable Rocket Technology Delivers Cost Monopoly and Launch Frequency Leadership
Since its founding in 2002, SpaceX has continuously pushed the boundaries of private aerospace technology, achieving multiple global industry firsts. In 2008, it became the first private company to develop and launch a liquid-fuel rocket into orbit. In 2012, it achieved the first private spacecraft docking with the International Space Station. In 2015, it mastered core rocket recovery technology. In 2017, it completed the first reuse of an orbital-class rocket booster. In 2020, it became the first private company with commercial crewed spaceflight capability, cementing its position as the global leader in private aerospace.
Through continuous technical iteration, SpaceX's rocket reuse technology has been comprehensively upgraded from the Falcon series' single-stage recovery model to the Starship's full-rocket reuse system, achieving simultaneous breakthroughs in payload capacity and cost advantage. In terms of payload capacity, Falcon 9 delivers 23 tons to low Earth orbit, Falcon Heavy increases this to 64 tons, the third-generation Starship is approaching 100 tons, and the fourth-generation Starship is planned to reach 200 tons, continuously raising the upper limit of global commercial rocket payload capacity. In 2025, Falcon 9 completed 165 launches, a high-frequency, large-scale service capability that traditional aerospace enterprises find difficult to match.
Official cost estimation data directly demonstrates its monopolistic cost advantage: from 1970 to 2000, the global average aerospace launch cost per unit payload was $18,500 per kilogram; Falcon 9, leveraging first-stage reuse technology, reduced this to $2,700 per kilogram, an 85% reduction; Falcon Heavy further lowered it to $1,400 per kilogram, a 92% reduction; the fully reusable Starship targets a cost reduction exceeding 99%.
Starlink Satellite Internet Provides Stable Cash Flow with 10.3 Million Users
Starlink satellite internet serves as the company's "cash cow." Its controllable in-orbit maneuverable satellite count accounts for 75% of the global total in the same category, demonstrating significant track monopoly advantage. User scale has exploded year over year, reaching 4.4 million households at the end of 2024, increasing to 8.9 million households in 2025, and surpassing 10.3 million households in the first quarter of 2026. The service covers 164 countries and regions with over 3 billion people, continuously contributing stable operating cash flow. Analysis suggests that unlike internet companies' traffic monetization models, Starlink has built globally scarce space communication infrastructure with inherent rigid demand, monopoly characteristics, and long-term sustainability, which is a core reason why the capital market prices SpaceX differently from ordinary technology companies.
Space AI Infrastructure Positioned as Long-Term Growth Driver
From a long-term development perspective, deployment of space AI computing infrastructure is the key to SpaceX obtaining high valuations in the capital market. Compared to ground computing capacity constrained by land, energy consumption, heat dissipation, and physical space, orbital computing capacity offers core advantages of infinite scalability, natural low-temperature cooling, low energy loss, and global coverage. Elon Musk considers this the core direction for next-generation AI computing development.
Through deep collaboration with xAI, SpaceX aims to build a dual-layer AI infrastructure system of "ground supercomputing clusters + orbital space computing satellites." On the ground, its Colossus supercomputing data center is equipped with tens of thousands of high-end Nvidia GPU chips, providing commercial AI computing services. SpaceX disclosed that it has reached a long-term cooperation order with leading AI company Anthropic totaling nearly $45 billion, locking in stable long-term revenue and becoming a new core performance growth point.
In space, SpaceX recently disclosed detailed renderings and data for its self-developed AI computing satellites: single satellite wingspan of 70 meters, equipped with dedicated space computing units and liquid cooling systems, peak computing power of 150 kilowatts, sustained stable computing power of 120 kilowatts, with single-satellite computing power comparable to large ground server clusters. Musk stated that most of its core technologies have already been verified in the manufacturing process of Starlink V3 satellites. SpaceX's long-term plan is to deploy 1 million AI computing satellites, leveraging Starlink's networking capability to link global orbital computing nodes and build the world's first distributed interstellar AI computing network. Meanwhile, the Terafab supercomputing project has been launched, with a long-term goal of building 1-terawatt-level supercomputing capacity, which will reshape the global AI computing supply landscape.
Goldman Sachs estimates that by 2030, SpaceX's artificial intelligence division revenue will surge 100-fold from $3.2 billion in 2025 to $322 billion, with revenue share exceeding 70%, replacing rocket launches and satellite services as the company's largest revenue source. Meanwhile, SpaceX's total revenue is projected to rise from $18.7 billion to $474 billion over the same period.
Musk Retains Over 82% Voting Rights to Secure Long-Term Strategic Control
The prospectus shows that after the $75 billion super fundraising is completed, Musk will still hold over 82% of SpaceX's voting rights, firmly controlling absolute decision-making power. In addition, Musk holds over 40% of SpaceX's shares, meaning that after SpaceX goes public, Musk will become the first true trillion-dollar billionaire in human history.
Industry consensus holds that this highly centralized governance structure is perfectly suited to the long-cycle, high-investment, high-risk characteristics of the commercial aerospace industry. Core projects such as Starship development, Mars exploration, and space infrastructure all require decades of continuous deep cultivation and cannot adapt to the rhythm of quarterly assessments and short-term profit-seeking in capital markets. Musk's absolute control allows SpaceX to avoid catering to short-term stock price fluctuations and quarterly performance pressure, enabling continuous investment in cutting-edge technology and adherence to a long-term development path—a core advantage that most publicly listed technology companies do not possess.
However, it should be noted that the extreme personal centralized control model also embeds unique risks of high binding to the founder's personal reputation and behavior, a point that has been repeatedly verified in Tesla's multi-year capital market performance.
SpaceX Allocates 30% of IPO Shares to Retail Investors
Musk's extremely strong personal governance power and global fan base ultimately translate into the most disruptive capital innovation of this IPO—large-scale retail equity opening. For a long time, Wall Street mega-IPOs have formed a solidified interest distribution pattern: public funds, private equity, top investment banks, and sovereign funds monopolize over 90% of initial allocation shares. SpaceX's listing completely overturns this industry rule. The company specifically allocated 30% of issued shares for distribution to compliant retail investors globally, corresponding to an allocation scale of approximately $22.5 billion, more than three times the traditional super-IPO retail allocation ratio.
This exceptional allocation plan is essentially an extension of Musk's personal industry dominance and a public reward to ordinary investors who have long followed and supported him. Analysis from a strategic perspective suggests that ultra-high-ratio retail allocation can build a solid foundation for the company. Leveraging SpaceX's influence and Musk's appeal, a massive base of retail shareholders will become the most stable chip group in the market, effectively hedging against Wall Street institutions' concentrated discourse power and avoiding systemic risks such as concentrated short selling by institutions after listing, frequent chip turnover, and violent stock price fluctuations.
Other analysis suggests that even though the allocation to retail investors far exceeds the norm, the vast majority of retail demand will still not be met. A large number of Musk's loyal fans who miss out during the IPO stage are likely to further push up buying demand after the stock begins trading.
Company Reports $18.674 Billion Revenue and $4.937 Billion Net Loss in 2025
The prospectus disclosed that from 2023 to 2025, SpaceX achieved revenues of $10.387 billion, $14.015 billion, and $18.674 billion respectively; net income was -$4.628 billion, $0.791 billion, and -$4.937 billion respectively. In the first three quarters of 2026, net loss was $4.276 billion, with single-quarter net loss scale approaching the full-year 2025 level.
Some institutions believe that the valuation of nearly $2 trillion has fully discounted future growth expectations. After listing, the company will face multiple tests from valuation regression, technological iteration, geopolitical regulation, and retail trading structure. Primary risks come from the mismatch pressure between valuation premium and performance realization. SpaceX's current profit system relies entirely on two mature businesses: rocket launches and Starlink civilian communications. Deep-space crewed missions and space resource development have not yet formed large-scale revenue. If subsequent Starship development delivery falls short of expectations or Starlink user growth slows, the company may face valuation correction and violent stock price fluctuation pressure.
Second is the inherent technical and safety risks of the aerospace track. Rocket recovery, satellite networking, and deep-space crewed missions are always accompanied by technical iteration risks and space environment uncertainties. In past project tests, SpaceX has experienced multiple technical failures and iteration delays. If major aerospace safety accidents or R&D stagnation occur, it may trigger a decline in capital market confidence and market value retracement.
Geopolitical and tightening global regulation are viewed by some institutions as core external risks constraining SpaceX's long-term expansion. As a space communication infrastructure covering the globe, Starlink's business involves data security, spectrum resources, and communication sovereignty in various countries, continuously facing constraints and access restrictions from regulatory policies in various regions. Meanwhile, as more entrants join the global commercial aerospace track, market competition intensifies, potentially gradually diverting existing orders and incremental markets.
In addition, high-ratio retail allocation also brings unique secondary market structural risks. This retail inclusion breaks institutional monopoly, but most ordinary investors lack professional knowledge of the aerospace industry and find it difficult to accurately predict technical iteration, policy changes, and industry cycle risks, with trading behavior mostly following market sentiment. Against the backdrop of ultra-high valuations, after short-term speculation heat subsides, concentrated retail trading or herd-following exits may amplify stock price volatility and trigger phased lock-in risks.
FAQ
What is the size and valuation of SpaceX's IPO on June 12?
SpaceX priced its IPO at $135 per share, issuing 555.6 million shares to raise $75 billion in total proceeds. Based on post-listing total share capital of approximately 13.1 billion shares, the offering corresponds to a fully diluted valuation of around $1.77 trillion. The IPO attracted cumulative subscription funds exceeding $250 billion, representing nearly four times oversubscription.
How much control does Elon Musk retain after SpaceX goes public?
After the $75 billion fundraising is completed, Elon Musk will still hold over 82% of SpaceX's voting rights, maintaining absolute decision-making power over the company. Musk also holds over 40% of SpaceX's shares, which will make him the first true trillion-dollar billionaire in human history after the company goes public.
What is SpaceX's financial performance from 2023 to 2025?
From 2023 to 2025, SpaceX achieved revenues of $10.387 billion, $14.015 billion, and $18.674 billion respectively. Net income was -$4.628 billion in 2023, $0.791 billion in 2024, and -$4.937 billion in 2025. In the first three quarters of 2026, net loss was $4.276 billion.
