according to reuters, citing multiple sources close to the deal, spacex’s initial public offering (ipo) has not yet been officially priced but has already attracted preliminary subscription commitments totaling approximately $150 billion—exactly twice its targeted fundraising goal of $75 billion. while this figure is not unprecedented among hot ipos, given that the offering is poised to set a new global record for ipo size, current market enthusiasm far exceeds typical expectations.
at present, spacex is in the early stages of its ipo roadshow and is expected to begin the final pricing process next week. as some heavyweight institutional investors typically wait until just before the pricing window to place formal orders, the current subscription data largely reflects preliminary investment interest rather than firm commitments. the final allocation plan, share distribution, and price range will still be determined after comprehensive evaluation based on market feedback and underwriting syndicate input.
starting this week, spacex has been conducting an intensive global roadshow, with its core narrative shifting from mere fundraising to “ushering in a new era of the space economy.” the company systematically outlines three key growth pillars to potential investors: highly reliable, low-cost launch capabilities; the rapidly expanding starlink global satellite internet network; and a next-generation ai infrastructure strategy anchored in space. a hedge fund executive participating in the roadshow stated bluntly: “in the coming years, industry players may face an even harder question—not ‘why buy spacex?’ but ‘why miss out?’”
roadshow materials reveal that over the past three years, spacex has accounted for more than 60% of all payloads launched into low earth orbit, firmly establishing its dominant position in the launch market. meanwhile, starlink’s subscriber base and revenue have continued to grow explosively, becoming a major cash-flow driver. even more noteworthy is its ai strategy: spacex projects that a space-based computing network built around orbital data centers could unlock as much as $23 trillion in long-term market opportunities. the company emphasizes that terrestrial energy and computing capacity expansions are constrained by physical and policy limitations, whereas its independently controlled launch capabilities enable the deployment of high-performance computing nodes into low earth orbit, fundamentally overcoming geographic and infrastructure barriers and addressing the structural shortfall in u.s. ai computing infrastructure.
