The largest Initial Public Offering (IPO) in history is approaching, as Musk begins preparations to colonize Mars. Elon Musk's space exploration company, SpaceX, is in full preparation mode and may conduct its IPO around Musk's birthday in June (June 28), potentially raising up to $50 billion and targeting a staggering valuation of $1.5 trillion, which would set a new global record. Musk currently holds over 43% of SpaceX's shares; with such a fundraising amount and valuation, his stake would be worth over $600 billion. This means he wouldn't need Tesla's trillion-dollar compensation plan to potentially become the world's first trillionaire this year. In a recent internal equity transaction, SpaceX's valuation reached an astonishing $800 billion, doubling from its July 2025 valuation of $400 billion, surpassing OpenAI to reclaim its position as the world's most valuable private company. This highly anticipated listing is poised not only to rewrite capital market history but also to mark a pivotal shift for commercial spaceflight from a niche technological pursuit to a mainstream investment asset.

The journey from near-bankruptcy to space dominance is filled with drama and legend. In 2001, after losing control of PayPal, Musk sold his shares for $180 million and decided to embark on a new entrepreneurial adventure. He first flew to Russia himself, attempting to purchase refurbished intercontinental missiles to advance his "Mars Oasis" plan. After being mocked by the Russians, Musk made a decision on the flight back: if raw materials only account for 3% of a rocket's total cost, why not build them himself? The following year, driven by the vision of "making humanity a multi-planetary species," Musk founded SpaceX in a warehouse, with the core goal of reducing rocket launch costs to 1% of traditional levels. He invested nearly $100 million of his own money into SpaceX, consuming more than half of his PayPal proceeds, with the remaining funds allocated to Tesla and SolarCity ($70 million and $10 million, respectively). However, SpaceX's early days were extremely difficult. Between 2006 and 2008, the Falcon 1 rocket suffered three consecutive launch failures, nearly depleting the company's funds. When the 2008 financial crisis hit, Musk was out of cash, and both SpaceX and Tesla faced imminent bankruptcy. He later recalled that period as "chewing glass while staring into the abyss of death."

A turning point arrived in September 2008 when the fourth launch of Falcon 1 finally succeeded, making SpaceX the first private company to successfully launch a liquid-fueled orbital rocket. This was Musk's make-or-break moment. He later admitted that had that launch failed, SpaceX would have certainly gone bankrupt, but luck ultimately favored him, and Tesla also secured crucial funding at the last minute. Following the successful rocket test, NASA awarded the company a $1.6 billion contract for International Space Station cargo services, providing Musk's venture with a vital source of revenue and enabling its subsequent successes. In 2010, the Falcon 9 rocket had its maiden flight; in 2012, the Dragon spacecraft became the first commercial spacecraft to dock with the ISS. A true breakthrough came in December 2015, when SpaceX successfully landed the Falcon 9's first stage for the first time, breaking the industry paradigm of disposable rockets. Thereafter, SpaceX entered a period of rapid development. In 2018, the Falcon Heavy rocket debuted, becoming one of the most powerful operational rockets. In 2020, the Crew Dragon Demo-2 mission succeeded, making SpaceX the first private company with human spaceflight capability, ending U.S. reliance on Russian spacecraft for astronaut transport since 2011. To date, the Falcon 9 rocket has achieved a record of reusing a single first-stage booster more than 20 times, with a launch success rate nearing 100%, while reducing launch costs to approximately $3,000 per kilogram, far below the $10,000-$20,000 per kilogram cost of traditional rockets. SpaceX now accounts for over half of all global launches. SpaceX's current business structure primarily consists of two core segments: rocket launch services and the Starlink satellite internet constellation, which form a synergistic commercial loop. However, the vast majority of revenue and profit now comes from the Starlink business. In launch services, SpaceX holds a dominant position. Leveraging the high-frequency launch cadence of Falcon 9 and Falcon Heavy, SpaceX handles over 90% of global commercial payloads to orbit. In 2025, SpaceX set a record with 167 launches, achieving multiple launches per week, far surpassing all other countries combined. Last year's global orbital launch attempts totaled approximately 324, with SpaceX alone accounting for over half. SpaceX primarily provides launch services for customers including NASA, the U.S. Department of Defense, and commercial satellite operators. Its 2025 revenue is estimated at around $15.5 billion, with approximately $1.1 billion coming from NASA. Notably, SpaceX's annual launch revenue now approaches NASA's entire annual budget, highlighting the robust momentum of commercial spaceflight.

The Starlink project remains SpaceX's most promising growth engine and cash cow. Initiated in 2015, the project aims to deploy tens of thousands of low-Earth orbit (LEO) communication satellites to build a global high-speed internet network. As of the end of January 2026, Starlink has over 9,400 satellites in orbit, accounting for roughly 60-65% of all active satellites, making it the largest satellite constellation in human history. Starlink is now the world's largest satellite internet provider. Its global subscriber base has grown from around 2 million in 2023 to 9 million users, covering over 150 countries, regions, and markets. Its business model is subscription-based, requiring users to purchase a satellite terminal and pay a monthly fee (ranging from about $50 to several hundred dollars depending on the service tier). Starlink achieved profitability as early as the first quarter of 2023, validating the commercial viability of LEO satellite internet. According to the latest analyst estimates, SpaceX's total 2025 revenue was approximately $15 billion, with Starlink contributing over 70%; Starlink's 2026 revenue is projected to reach $15-$19 billion. This is the strongest pillar supporting SpaceX's valuation. Additionally, SpaceX is developing the "Starshield" military satellite system, providing dedicated communication and intelligence services for the U.S. Department of Defense and others. Multiple contract expansions occurred in 2024-2025, including collaborations with the U.S. Space Force/NRO (e.g., the MILNET program, involving about 480 dedicated satellites, with initial deployment starting mid-2026). In June 2025, the U.S. Space Force announced that SpaceX and other companies had secured National Security Space Launch contracts for fiscal years 2025-2029 (valued in the multi-billion dollar range), further solidifying SpaceX's position in military space. Starshield-related contracts (such as a 2021 $1.8 billion intelligence satellite contract) are progressing, with the first dedicated satellite launches expected in 2026. The grand blueprint for colonizing Mars is central to SpaceX's future. SpaceX's future is heavily focused on the Starship system—a fully reusable super-heavy lift launch vehicle that is key to Musk's "Mars dream." Starship's payload capacity to Low Earth Orbit is a massive 100-150 tons, far exceeding the Falcon Heavy's 63 tons and NASA's SLS rocket. If full reusability is achieved, the cost per launch could plummet to $100-$200 per kilogram, which would be disruptive to the global space market.

From 2023 to the present, Starship has completed 11 test flights, progressively validating critical technologies like heavy booster recovery, stage separation, and orbital refueling. During the fifth test flight, SpaceX successfully used the launch tower's "chopstick" arms to catch the returning Super Heavy booster mid-air, demonstrating a revolutionary recovery technique. According to the plan, SpaceX aims to demonstrate orbital refueling in 2026, laying the groundwork for deep space missions, with the first uncrewed Mars mission targeted for 2027-2028. Musk's vision for Mars colonization is extraordinarily ambitious: he estimates that building a Martian city requires transporting about 1 million tons of supplies, necessitating around 1,000 Starships and at least 10,000 launches, with launch costs alone reaching $1 trillion. This is a core reason why SpaceX needs to raise massive capital through an IPO. According to Musk's timeline, he hopes to establish a permanent human base on Mars in the 2030s. Beyond the Mars plan, SpaceX is also exploring frontier ventures like space-based data centers and point-to-point cargo transport (using Starship to transport goods between any two points on Earth within one hour). SpaceX CFO Bret Johnson explicitly stated in a memo to employees that IPO proceeds will be primarily used for three key areas: ramping up Starship launch frequency to "insane levels," deploying AI data centers in space, and advancing both uncrewed and crewed Mars missions. The scale of the IPO fundraising and market recognition are significant. Market expectations suggest SpaceX's IPO could aim to raise $50 billion. At a $1.5 trillion valuation, this would surpass the $29 billion record set by Saudi Aramco in 2019, making it the largest IPO ever. Morgan Stanley, due to its long-standing relationship with Musk, is considered the frontrunner for the lead underwriter role, with Goldman Sachs and JPMorgan Chase also competing for positions in the underwriting syndicate. Market confidence in SpaceX is exceptionally high, primarily based on several factors: First is its technological moat and cost advantage. SpaceX leads the world by at least a generation in rocket reusability technology; the Falcon 9 is designed for up to 100 flights, while competitors' reusable rockets are still in testing phases. Regarding launch costs, SpaceX's current price is around $3,000/kg; if Starship achieves full reusability, costs could drop to $200/kg, creating an immense competitive barrier. Second is its stable cash flow and profitability. Musk has revealed on social media that SpaceX has "been generating positive free cash flow for years," alleviating investor concerns about a cash-burn model. The company conducts semi-annual internal share buybacks, providing liquidity for early investors and employees. The latest buyback was priced at $421 per share, implying an $800 billion valuation, nearly doubling from the $212 per share price in July. Third is its enormous growth potential. The space economy is seen as a potential multi-trillion-dollar market, encompassing satellite internet, space manufacturing, lunar bases, Mars exploration, and more. Space's unique conditions—microgravity, high vacuum, constant solar energy—could foster breakthrough industries like semiconductor manufacturing, pharmaceutical research, and artificial organ growth. Investors view SpaceX not just as a aerospace company, but as a future infrastructure provider for the space economy, with a very high growth ceiling. The space exploration landscape features a diverse field of competitors. Despite SpaceX's dominance, several competitors exist in the global commercial space sector. Blue Origin is SpaceX's most direct rival. Founded by Amazon's Jeff Bezos in 2000, the company was long perceived as developing slowly. However, on January 16, 2025, its New Glenn rocket successfully reached orbit on its maiden flight, with a payload capacity of 49.6 tons to LEO and 14.3 tons to Geostationary Transfer Orbit, second only to the Falcon Heavy. In November 2025, New Glenn successfully recovered its first-stage booster, making Blue Origin the world's second commercial company after SpaceX to achieve orbital-class rocket recovery. Blue Origin has secured a major contract to launch Amazon's Project Kuiper satellite constellation and is participating in NASA's lunar lander program, demonstrating strong catch-up momentum.

Furthermore, Blue Origin has launched its own satellite internet project, TeraWave, planning to deploy 5,408 satellites in Earth orbit, promising "symmetric data transfer speeds of up to 6 Tbps anywhere on Earth," vastly exceeding the capabilities of the current leader, SpaceX's Starlink. The TeraWave constellation is scheduled for deployment starting next year, primarily targeting government and enterprise markets. Rocket Lab is another notable company, focusing on the small satellite launch market and having achieved stable commercial operations. Its Electron rocket emphasizes low-cost, high-frequency launches, and it is developing the larger Neutron rocket to compete in the medium-lift market. Additionally, Relativity Space is exploring 3D-printed rockets, Stoke Space is developing fully reusable thermal structures, and companies like Firefly and ABL Space are advancing in their respective niches. Notably, even OpenAI has reportedly considered investing in rocket companies, highlighting the strategic value of space infrastructure for the AI industry. China's commercial space sector is also rising rapidly. Leading private companies like i-Space, Deep Blue Aerospace, Space Pioneer, and LandSpace have made breakthroughs in key technologies such as liquid engines and rocket recovery. These companies have secured multiple large funding rounds, with the industry's total financing reaching 18.6 billion yuan last year (a 32% year-on-year increase), with rocket manufacturing attracting significant investment. While a gap with SpaceX remains, Chinese firms are building unique competitiveness through cost advantages, application scenarios, and policy support. A wave of super unicorns is lining up for IPOs. Furthermore, SpaceX's IPO is set to occur during a unique window—2026 is being called the "year of the super unicorn IPO," with several privately-held giants valued over $100 billion planning to go public, which could create some分流 effect on capital market liquidity. OpenAI is currently the most watched AI giant IPO. Last October, its secondary market valuation reached $500 billion, making it one of the world's most valuable private companies at the time, surpassing SpaceX. Now, OpenAI is planning a new massive funding round targeting up to $100 billion, with a potential valuation between $750 billion and $830 billion. OpenAI's annualized revenue has surpassed $20 billion, with weekly active users reaching 800-900 million, showing strong commercial momentum. OpenAI is paving the way for an IPO, with a potential valuation of $1 trillion, and could file for listing as early as this year, with the IPO potentially occurring this year or next.

Another AI giant, Anthropic, has a latest valuation of approximately $183 billion, with recent reports indicating its next funding round targets a valuation of $350 billion, potentially raising between $100-$200 billion. Additionally, payment company Stripe and data company Databricks are also valued over $100 billion and are believed to be planning IPOs this year. Given the global venture capital market's cooling since its 2021 peak, although past its most severe phase, such a concentration of mega-IPOs and fundraisings could indeed strain liquidity, especially in the current U.S. high-interest-rate environment. However, these companies operate in distinctly different sectors: SpaceX represents space infrastructure, OpenAI/Anthropic represent AI foundational models, and Stripe represents fintech, attracting different investor bases. Institutional investors may select based on portfolio allocation strategies, while retail investors might chase hot themes. SpaceX's advantages lie in its business scarcity, proven profitability, and high technological barriers, traits likely to attract long-term investors favoring steady growth. SpaceX's IPO marks the dawn of capitalizing the space economy. SpaceX's IPO is not merely a fundraising event; it signifies a new phase in human space exploration. For the past 60 years, space activities were primarily government-led, characterized by high costs and low efficiency. Over two decades, SpaceX has demonstrated that through technological innovation and commercial operation, space is no longer a distant dream but an industry capable of generating real cash flow and shareholder returns. Musk currently holds over 43% of SpaceX. At a $1.5 trillion valuation, his stake would be worth over $600 billion. This means he could potentially become the world's first trillionaire (including his stakes in Tesla and xAI) without needing Tesla's trillion-dollar compensation package. More importantly, SpaceX's listing will set a valuation benchmark for the entire commercial space industry, attracting more capital into the sector and accelerating technological breakthroughs and application deployment. Satellite internet, space tourism, lunar development, Mars colonization—these once science-fiction concepts are gradually becoming reality. Of course, risks cannot be ignored. Starship technology is still under validation, Mars missions are fraught with uncertainty, Starlink faces regulatory pressures from various countries, and competitors are catching up faster than expected. But as Jeff Bezos said, "Space is very big, and there can be more than one winner." For investors, SpaceX's IPO offers a chance to participate in one of humanity's grandest adventures. For humanity, this could be a historic turning point from "space tourism" to "space colonization." It is a feast where capital and dreams intertwine.