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Harvard Endowment Fund Discloses $2.2 Billion Stake in SpaceX

Harvard Management Company disclosed in its 13F report that it holds 12.9351 million shares of SpaceX, valued at $2.21 billion.

This position accounts for 51.9% of its disclosed U.S. stock assets of approximately $4.3 billion, making it the largest single holding, far exceeding positions in TSMC at about $350 million, Cerebras, Amazon, and Nvidia. The report's cutoff date is June 30, 2026, by which time SpaceX had completed the largest IPO in history on June 12 at $135 per share.

Previously a private company, SpaceX's holdings were long hidden in private equity accounts, only to be publicly disclosed after its IPO. Harvard's overall endowment fund was approximately $57 billion as of June 2025, with the public U.S. stock portion doubling to about $4.26 billion due to this position.

The University of California system also disclosed a position of about $1 billion in SpaceX; the University of North Carolina system's position accounts for about 10% of its endowment; and Washington University in St. Louis holds a position of 14%-16%. Several universities entered early through venture capital and joint investments, with valuations still in the hundreds of millions.

After its IPO, SpaceX's stock price peaked at about $225 before falling back to around $140, with Harvard's position corresponding to about $1.81 billion at the latest closing price. The company's second-quarter revenue was $7.81 billion, a 92% year-over-year increase, exceeding Wall Street expectations.

Market mechanisms indicate this is an event-driven transition from private to public disclosure, rather than a secondary market chase. Permanent capital endowments do not face daily redemption pressures and can lock funds into illiquid assets for over ten years to gain liquidity premiums; public and hedge funds are constrained by quarterly rankings and redemptions, making it difficult to hold equivalent positions. The early VC path allows university funds to capture the complete leap from startup to trillion-dollar valuation, benefiting long-term holders while pressuring capital forced to chase short-term liquidity.

Source: Public Information

ABAB AI Insight

David Swensen transformed the Yale endowment fund in 1985 by shifting traditional stock-bond allocations significantly towards alternative assets, especially private equity and venture capital, establishing the Yale model. This model emphasizes illiquidity premiums: permanent capital can lock in funds for ten years in exchange for excess returns unattainable by public funds. Under Narvick's leadership, Harvard increased its private equity allocation from about 16% in 2017 to 41% in 2025, with venture capital making up about 14%, directly continuing this path, with the SpaceX position being a forced revelation of early VC investments post-IPO.

Funds entered early rounds of SpaceX through top VC funds and direct joint investments, with resources continuously locked during rocket failures and near-bankruptcy phases. The motivation is that endowment funds only need to allocate 4%-5% of operating expenses annually, allowing the remaining 95% to enjoy inter-temporal privileges, waiting for technology to materialize rather than quarterly fluctuations. Washington University in St. Louis amplified its direct investment of about $50 million in 2018 to over ten times its share, while North Carolina and Founders Fund co-invested early, reflecting the same capital transfer logic.

Similar cases include Yale's early heavy investments in VC firms like Kleiner Perkins and Sequoia, as well as several Ivy League schools capturing returns through private investments in Facebook, Google, and others during their pre-IPO stages. Currently, university endowments are in a liquidity realization phase following private equity expansion, with the SpaceX IPO converting long-dormant assets into markable market value, validating the model's effectiveness in the aerospace and AI intersecting sectors.

Essentially, this involves capital concentration and the transfer of pricing power. Permanent capital without redemption pressure can complete foundational layouts in the public market when no one dares to touch it; when technological revolutions materialize and liquidity is released, pricing power shifts from short-term trading capital to long-term holders. The mechanism lies in the mismatch of time scales: liquidity assessments force ordinary capital to repeatedly enter and exit amid volatility, while inter-temporal capital directly captures the fruits of the entire revolution.

ABAB News · Laws of Cognition

  1. Time scale determines the upper limit of returns

  2. Permanent capital harvests liquidity premiums

  3. Liability structure > Investment IQ