Dialectic Thesis & Valuation
Memorandum

Executive Summary

SpaceX is the most important company in the history of mankind as it addresses the largest TAM of any company ever and is rapidly converging an array of highly synergistic businesses in its quest to make consciousness multi-planetary and maximally truth-seeking. Dialectic herein posits an opening week valuation target of $177/share (blended equity value $2.374T), supported by a probabilistic sum of the parts discounted cash flow (DCF) analysis, comparables analysis that considers the Elon Premium across the set of industries that SpaceX is active in alongside certain market data points such as current Hyperliquid and Polymarket trading.

We note that there is considerable upside potential from this conservative base given the dominant market position in the various potential markets impacted by space exploration, the accelerating network effects of the approximately 12 business lines currently operated under the SpaceX brand across space exploration, connectivity and AI. While this document does not contemplate a pending highly strategic and synergistic merger with Tesla, we do note additional upside potential therein. At Dialectic, one of our principles is that ‘the future is far more Sci-Fi than you think’. SpaceX is pulling mankind towards a literal Sci-Fi-like future, more than any other company on the planet (or off planet) and we consider exposure to this asset absolutely fundamental for any future-forward investment portfolio.

Our bottom-up, scenario-weighted, sum-of-the-parts DCF across the estimated twelve business units produces a base-case enterprise value of approximately $2.36 trillion. At 13.4 billion fully diluted post-IPO shares, this implies approximately $177 per share. The Monte Carlo simulation (5,000 trials) produces a P50 equity value of $2.15 trillion, with meaningful right-skew to $4.39 trillion at P90.

Dialectic is an existing holder of SpaceX equity acquired across multiple pre-IPO secondary transactions over the last 7 years. Our decision framework at the IPO is therefore two-dimensional: hold the existing position (answer: yes, unambiguously) and add incrementally at IPO pricing (answer: also yes, conditional on entry valuation). We expect considerable volatility in this stock over the first year as the overall revenues and resultant profit becomes clearer, the merger with XAI settles into a cash-flow positive situation and growth factors in each of the business units are further substantiated. We also note considerable risks associated with the different business units.

Investment Thesis

SpaceX is the most important company in the history of mankind as it addresses the largest TAM of any company ever and is rapidly converging an array of highly synergistic businesses. We hold this position with conviction across four pillars.

Pillar 1: Space — Network Effects in Access to Orbit & Strong Competitive Moat

SpaceX has fundamentally repriced access to orbit, reducing commercial launch costs by over 90% since Falcon 9’s introduction. With 120–146 Falcon 9 launches expected in 2026 with one Starship commercial launch also planned, SpaceX holds an incredibly advantageous competitive position and thus accounts for 85% of all launches globally. No competitor — United Launch Alliance, Arianespace, Rocket Lab, or any government program — can match SpaceX on cadence, reliability, and price. This creates an enduring cost moat that compounds as reusability improves.

Starship is the central long-term value driver. After 12 test flights, Starship V3 is scheduled for August 2026 for its first Commercial Resupply Services mission to the ISS. A fully operational Starship system has the potential to open a $150 billion+ cargo-as-a-service TAM that does not exist today. With FAA approval for 25 launches per year from Starbase and up to 76 planned from SLC-37, Starship commercial scaling is the single highest-impact catalyst in our model.

Pillar 2: Connectivity — Starlink as a Global Infrastructure Franchise + D2C Opportunities

Starlink is not just a satellite internet company. It is a global telecommunications infrastructure business with recurring, subscription-based revenue, near-zero marginal cost per additional subscriber, and structural advantages over every terrestrial and geostationary competitor. At 10+ million subscribers across 164 countries and growing over 100% annual CAGR, Starlink generates $11.4 billion of annual revenue with a 62.9% EBITDA margin. May 2026 price increases signal management’s confidence in pricing power and accelerated monetization of the installed base.

Direct-to-Cell extends the Starlink franchise to mobile devices globally and should capture some of the approximately $400 billion in cellular telecom annual profits. With approximately 300 DTC-capable satellites launched, bilateral spectrum agreements across dozens of countries, and carrier partnerships with T-Mobile, KDDI, Optus, Rogers, and others, SpaceX has built the only system capable of providing truly global mobile coverage to any device. At $5-$10 per user per month at scale, DTC alone represents a potential $40-100 billion revenue opportunity inside of this decade.

Pillar 3: Truthseeking AI — The AI Infrastructure Stack (xAI + Colossus)

The 2025 merger with xAI created a unique vertically integrated AI company: the only entity that simultaneously trains frontier AI models (Grok), operates its own GPU cluster at unprecedented scale (Colossus), distributes models to 600+ million users (X.com), generates exclusive proprietary training data from those interactions, and is building orbital compute infrastructure (Orbital DCs) with physical advantages over terrestrial alternatives. An important but misunderstood advantage of Grok/xAI is its commitment to maximally truthseeking. This isn’t just about establishing trust with users — the fact that the model is maximally truthseeking allows it to learn and develop at a different pace than models that have some ideological throttle placed on them.

Colossus I — a 220,000 NVIDIA GPU cluster built in 19 days in Memphis — recently closed a $15 billion agreement with Anthropic, validating the economics of third-party compute. The AI segment generated $3.2 billion in FY2025 revenue in its first full year of consolidated operations. Colossus II is now operational training novel Grok models and Macrohard, the human emulator designed to take on Microsoft Office. The Terafab semiconductor manufacturing facility in Grimes County, Texas (initial capex commitment $55 billion) represents SpaceX’s vertical integration into chip supply — critical for long-run competitiveness in the compute arms race.

Pillar 4 — The Convergence Flywheel

The true value of SpaceX is not the sum of its parts — it is their synergistic intersection and accelerated growth. SpaceX manufactures satellites, launches them on its own rockets, and controls the full connectivity stack. X’s 600 million+ users generate exclusive training data for Grok. XMoney (launched April 2026 with Visa integration across 41 US states) monetizes those interactions with embedded fintech. Starshield and Golden Dome contracts ($6.45 billion awarded in 2026 alone) leverage the same satellite and orbital expertise built for Starlink. Every business unit strengthens every other and is unified under a single mission and common culture where the pace of work and growth is unmatched in the Western world.

Critically, AI is shaping up as a market where scale in compute, data, distribution, novel algorithms, and user trust will determine who survives in what we refer to as “the sport of kings” which is the largest opportunity set globally. SpaceX is uniquely positioned in that race with distinct advantages in all five dimensions simultaneously.

Business Unit Analysis

SpaceX is an incredibly complex conglomerate operating across a range of current and near-term businesses in manufacturing, AI, space launch and space-based activities, connectivity, social media, payments, and a range of research projects such as off-planet resource extraction, interplanetary colonization and so on. There are a range of arguments for segmenting the company in up to 2 dozen different businesses. For the sake of simplicity in this moment where financial modelling is not consensus, we have divided the business into 12 segments. We then worked through revenue and profitability potential on 3 different horizons to stitch together the full picture while heavily weighting near-term potential for the sake of conservatism.

1 — Launch Services (S-1 Anchor: Space Segment)

The Space segment generated $4.086 billion of revenue and $653 million of adjusted EBITDA in FY2025, reflecting the current mix of predominantly Falcon 9/Heavy commercial launches. We note that Falcon 9 realizes approximately 80 launches per year and $74 million per launch and SpaceX management has communicated that near-term TAM of Starship is approximately $150 billion.

Our model update revises the 2026 base starting revenue assumption revises the 2026 base starting revenue assumption to $11.5 billion, more closely anchored to the S-1 actuals and a realistic commercial launch market size. The bull case requires some Starship commercial revenue to materialize in 2026-2027. Given competitor challenges in recent months, this seems achievable conservatively and is likely necessary for the industry to continue its trajectory.

EBITDA margins in the Space segment are compressed by Starship R&D expenditures ($20.7 billion of cumulative capex was allocated across segments in FY2025). As Starship becomes operational and reusability ratios improve, we expect launch segment margins to converge toward 40-50% from the current 16%. The scenario engine applies bear/base/bull CAGR paths of 15%/25%/45% through 2030, reflecting Starship’s trajectory as the central variable.

2 — Crewed Trips & 3 — Other Space Services

While providing very little in the modelled contribution on the 5-year weighted scenario, we do note that there are activities in crewed spaceflight, particularly with NASA CCP and some deposits have been received for manned spaceflight from tourists. Elon has spoken about more private spaceflight overtime (even referencing a space hotel in a recent roadshow appearance at JP Morgan). We also note the opportunity for orbit-to-orbit logistics, potential sale of manufactured components or licensing of IP or know-how. NASA crewed missions account for between $700M and $900M in annual revenue inside of this decade with moderate growth over time. Overall, we have these segments as relatively benign in the scenario weighting, but we maintain them as a placeholder as there is outlier potential for these segments over time, particularly as the core mission of SpaceX and Elon’s compensation are centred around a threshold of inhabitants on Mars.

4 — Starlink Connectivity

Starlink is SpaceX’s cash cow in the current generation. The Connectivity segment reported $11.387 billion of revenue and $7.168 billion of adjusted EBITDA in FY2025 — a 62.9% EBITDA margin that is among the highest of any capital-intensive infrastructure business globally. Subscriber growth has reached 10+ million across 164 countries as of Q1 2026 at above 100% annual CAGR. ARPU compressed from $86 to $66 as SpaceX expanded into lower-ARPU markets globally, but May 2026 price increases signal a deliberate shift toward monetizing the existing base.

Our model update significantly raises the 2026 starting revenue assumption from $9.8 billion to $15 billion (base), correcting for the prior model’s understatement of the S-1 actual of $11.4 billion in 2025. The EBITDA margin base case has been updated from 50% to 62% to match S-1 actuals. We apply scenario CAGRs of 15%/35%/55% in the early ramp phase, with the bull case reflecting acceleration of airline adoption, which we are seeing literal daily announcements for alongside maritime adoption. With the new generation of Starlink satellites offering superior speeds, we could very well see massive adoption growth in home and businesses as Starlink goes from internet back-up or remote use-cases to core home and business internet connection. As a result we see continued strong CAGRs through to the 20-year horizon of this model.

5 — Starlink Direct-to-Cell

DTC represents an entirely new revenue stream built on existing Starlink infrastructure but with novel LEO satellites and a different customer base and thusly we have segmented it out as a different business. The marginal cost of adding DTC capability to Starlink Gen 2 satellites is low; the revenue opportunity — carrier licensing fees from T-Mobile, KDDI, Optus, Rogers, and others — is substantial. Global cell phone profits are an estimated $400 billion per year, which we believe that Starlink could capture a meaningful percentage of while dramatically lowering costs for consumers over time. At $5-$10 per user per month at 100+ million users, the economic case is compelling. Bilateral spectrum agreements now exist in dozens of countries.

6 — Starshield & Golden Dome

SpaceX is also a defence neo-prime contractor that stands to benefit substantially from increased defence spending in America as well as other countries. Starshield represents one of the most opaque but potentially largest near-term opportunities in the model. In 2026 alone, SpaceX won: (1) a $2.29 billion Space Force contract for the Golden Dome Space Data Network Backbone — a secure, high-speed satellite communications layer — with a fully operational prototype required by end-2027; and (2) a $4.16 billion contract for Air Moving Target Indicator (AMTI) satellites, an interconnected system combining orbital sensors, secure comms, and AI-enabled ground processing for tracking airborne threats.

Total Golden Dome contract awards to SpaceX now stand at $6.45 billion, exceeding the combined prototype awards given to every other company in the programme. These are in addition to the NRO $1.8 billion classified satellite contract and the Space Force PLEO IDIQ with a $13 billion ceiling. Our model update raises the 2026 Starshield base starting revenue in the base case of $2.3 billion and the bull case from $4.0 billion to $6.5 billion, reflecting the newly contracted revenue base with additional announcements that have trickled in on a monthly cadence throughout the year.

7 — xAI Software (Grok + API)

The AI segment of the S-1 reported $3.201 billion of revenue in FY2025, though this includes xAI software (Grok subscriptions + enterprise API) as well as some Colossus compute revenue. The S-1 also does not consider Cursor revenue. Cursor went from $1B in ARR in November to more than $2B in ARR in March, which is not accounted for in this model, the S-1 filing or otherwise as the company is not technically acquired by SpaceX yet. However, we understand that the $60B acquisition of Cursor is highly likely to consummate shortly after the IPO. We currently have Grok/API revenue estimated at $2-5 billion in 2026. Grok consistently ranks among the top 2-3 foundation models by benchmark performance, and the integration with X’s 600 million users provides a distribution moat that no competitor can replicate. SuperGrok ($30/month) and enterprise API contracts are growing rapidly, with government/DoD relationships (Department of War contracts) providing durable revenue. We reiterate that Grok occupies a unique position in the market as being maximally truth-seeking. This allows it to learn without an ideological filter applied and also increases user trust quite substantially.

The xAI software segment is currently unprofitable as are all AI Labs globally who are competing in “the sport of kings”. The S-1 AI segment shows $(6.355) billion loss from operations in 2025 — reflecting the massive compute and R&D investment phase. We expect this to inflect to profitability by 2026-2028 as infrastructure costs amortize and revenue scales.

8 — Colossus Terrestrial Data Centers

Colossus I, the 300MW, 220,000 NVIDIA GPU cluster in Memphis, represents the first major third-party AI compute platform at frontier scale. The $15 billion Anthropic agreement validates the market clearing price for frontier GPU-hours and also highlights SpaceXAI’s ability to add enterprise value by executing efficiently on terrestrial data centre buildout. As Grok training migrates toward Colossus II, Colossus I’s spare capacity can be monetized at attractive rates. This flywheel should continue through the balance of the decade. The model projects modest near-term EBITDA given the capex intensity, with significant upside as utilization improves. Each additional Colossus site (Musk has committed to 1 million GPU-equivalent additions per year for 20 years) expands the addressable compute market and positive contribution margin.

9 — X Platform & XMoney

X (formerly Twitter) serves 550-600 million MAU and 245-250 million DAU, generating approximately $3.5 billion in FY2025 revenue — a recovery from the $2.7 billion trough in 2023. Revenue is approximately 70-75% advertising, with subscriptions ($200+ million annually) and data licensing as growing contributors. XMoney launched in April 2026 with Visa integration, P2P payments across 41 US states, >100 million DAU distribution, and 6% APY on deposits. When Elon transitions X into a “super-app” comparable to WeChat — where financial services revenue exceeds advertising revenue — the valuation implications are non-linear. Our model update raises X Platform’s 2026 base starting revenue from $3.0 billion to $4.1 billion, allowing for increased revenue opportunities through XMoney, creator monetization, AI-targeted advertising and increased app scope towards the Asian super-app model.

10 — Orbital Data Centers

Orbital data centers present structural advantages over terrestrial alternatives: elimination of the NIMBY/permitting constraint that is holding up nearly 50% of planned US data centers; continuous solar power (no daytime intermittency); and radiative cooling to deep space (far more efficient than terrestrial cooling). These are early-stage — classified as speculative in our model — but represent a potentially transformational opportunity if cost-per-FLOP in orbit achieves parity with terrestrial compute.

11 — Deep Space Optionality

Deep Space Optionality includes a range of far-reaching businesses that are on the roadmap, but possess economic models that are not as well understood — Moon/Mars colonization, asteroid resource extraction, and point-to-point transport — sustains a narrative premium and attracts the best talent in aerospace. Mars cargo missions are targeted for 2028. Our model treats this as a small probability-weighted DCF contribution ($12.2 billion base) rather than a real-options valuation, with the acknowledgement that the true upside is uncapped and not well-captured by standard DCF.

12 — Terafab

It is difficult to imagine the absolutely massive scale of Terafab, the vertically integrated semiconductor fabrication (“fab”) project announced in March 2026. The project aims to build the world’s largest chip manufacturing facility under one roof, consolidating chip design, fabrication (including lithography), memory (e.g., HBM), advanced packaging, and testing. This enables rapid iteration without shipping wafers between sites. Target capacity is over 1 terawatt (TW) of AI compute per year at full scale building Edge-inference AI chips (e.g., AI5 for Tesla FSD/robotaxi; AI6 for Optimus humanoid robots) — for terrestrial use in vehicles and robotics and Space-hardened chips (e.g., D3) — radiation-tolerant, high-power processors for SpaceX satellites, orbital data centers/AI compute, and related xAI efforts. First phase ~$55 billion; full buildout up to $119 billion. We have modeled that revenues will only begin in 2030 even though the plans are to start as early as 2028 as we account for significant supply chain risks as well as design uncertainties with novel chip architecture.

Valuation Analysis

Methodology

We employ a bottoms-up, probability-weighted sum-of-the-parts (SOTP) DCF across twelve business units, each modeled with three scenarios (Bear / Base / Bull) and a materialization probability. Scenario weights are set in a centralized Scenario Engine and flow through to each BU tab. The consolidated P&L aggregates scenario-weighted revenues and EBITDA; the DCF tab discounts the resulting UFCF at a blended WACC of 9.0% with a terminal growth rate of 4.0%.

The SOTP independently values each BU using the same WACC and terminal growth parameters, producing PV of UFCF (SUMPRODUCT of 10-year UFCF × discount factors) plus PV of terminal value (Gordon Growth on the final year UFCF). The v8 audit corrected a material structural issue: six of the twelve BU rows in the SOTP had hardcoded PV values rather than live formula references to the BU tabs. Those six rows — Launch Services, Starlink Connectivity, Crewed Spaceflight, Other Services, X Platform, and Deep Space — now update dynamically when BU assumptions change.

Comparables Analysis

We treat trading comparables as a cross-check and a downside bound, not as the primary basis for value. SpaceX has no clean peer. It is a conglomerate spanning launch, satellite connectivity, defense, frontier AI, compute infrastructure, and a consumer platform. No single listed company carries that mix. A blended whole-company multiple is therefore directional at best, which is why our central value rests on the sum-of-the-parts DCF. The comparables serve to frame the floor.

Across six peer-multiple groups, the implied equity value clusters around a median of roughly $0.9 trillion, inside a wide range of approximately $0.11 trillion (defense EV/Revenue) to $2.47 trillion (satellite EV/Revenue).

The defense-prime multiples (about 2x revenue) anchor the low end and are the wrong reference for a business growing 30%+ with software-like segment margins.

The satellite growth names (Rocket Lab, AST SpaceMobile) anchor the high end on multiples that reflect pre-scale optionality rather than current economics.

The most conceptually relevant peers sit in between: the AI labs (OpenAI at ~28x revenue, Anthropic at ~21x) and the AI/defense software and hardware names (Palantir ~47x, NVIDIA ~22x). On the AI and high-growth set, SpaceX implies roughly $1.0 trillion to $1.7 trillion of equity depending on whether revenue or EBITDA multiples are applied.

Synthesis: Comparable analysis prices the present, not the convergence flywheel across twelve businesses that underwrites our thesis, and it penalizes a company in the middle of a heavy investment cycle (Starship, Colossus, Terafab) where near-term EBITDA understates steady-state economics. Comparable analysis does, however, impose a clear discipline: the gap between ~$0.9 trillion and the DCF is the value the market must be willing to underwrite on optionality and execution. On that basis we read the comparables as setting a soft floor near $0.9 trillion to $1.0 trillion, with the DCF and the IPO range describing where the market is actually likely to clear.

Elon Premium

SpaceX does not trade comparably to any single peer. Across four peer groups, SpaceX implies an average Elon Premium of 12.7x — that is, SpaceX’s 72.9x price-to-revenue trades at 12.7x the average multiple of its closest sectoral peers. This premium is not purely speculative: it reflects the compounding optionality of an operator who moves faster, builds more ambitiously, and controls more of the value chain than any competitor.

The most instructive single-name comparison is Palantir Technologies, which trades at approximately 49x revenue on the strength of its government AI data platform. Even against Palantir, SpaceX carries only a 1.5x premium — the lowest Elon Premium of any single-comp benchmark. If one believes SpaceX’s AI + connectivity + launch combination is superior to Palantir’s software-only platform (as we do), the valuation is not irrational.

Current Market Signals

We note that there are certain liquid signals in the market around SPCX pricing. Hyperliquid and Polymarket have been pricing the enterprise valuation between $2.17 and $2.45T for the last several weeks with $42M and $2.35M in daily volume respectively which substantiates the legitimate market depth of these positions.

Risks & Key Considerations

Execution & Technology Risk

Starship’s commercial timeline is a risk as is Direct-to-cell and to a lesser extent Colossus, Starshield, and Terafab. Each potential delay pushes the bull-case revenue ramp, compresses IRRs, and may cede ground to nascent competitors. The model’s 10-year horizon provides for a significant buffer, but the 5-year scenario is somewhat sensitive to Starship progress.

Colossus and Terafab represent enormous capital commitments with binary outcomes that depend on continued insatiable global demand for AI tokens that these compute investments provide. If the $55 billion Terafab capex does not produce cost-competitive chips for AI training, it could be written down. The history of semiconductor manufacturing is littered with examples of ambitious new entrants who underestimated process yield and ramp challenges.

Key Person or Elon Premium Compression

All of the businesses are dependent on Elon Musk for design direction, and important cultural leadership. He drives a sense of urgency that literally no entrepreneur in history is able to match and thus is able to get more out of his teams than anyone else can imagine. The same operational intensity and ambition that builds 220,000-GPU clusters in 19 days also means management attention is spread across SpaceX, Tesla, DOGE, and other ventures. More critically, any event that reduces Musk’s involvement — health, legal, political, safety, or reputational — would likely cause rapid multiple compression. We estimate the Elon Premium accounts for 15-30% of the current implied valuation.

Regulatory & Political Concentration Risk

SpaceX’s Starshield and Golden Dome revenues are politically concentrated in the current administration and a single set of policy preferences. A change in administration could materially slow or cancel government satellite programs. The NRO and Space Force relationships are longer-tenured and more institutionally embedded, but the Golden Dome contracts specifically are tied to a single executive priority. Additionally, SpaceX faces ongoing FCC proceedings around Starlink spectrum rights, and Starlink’s expansion into new markets requires regulatory approval in each jurisdiction. SpaceX depends on regulatory approval to operate. We note the advantageous flywheel that SpaceX enjoys does position it to potentially be treated as monopoly and governments/regulators may seek to break it up or block SpaceX from leveraging its advantage. Regulatory risk is the primary concern with respect to a potential merger with Tesla and accelerated development. Particularly, an antagonistic Democratic-controlled branch of government could hold back the business considerably.

Competition & Market Structure

The most significant competition across the business units of SpaceX come primarily from China today. Amazon Kuiper has committed $10 billion to a LEO broadband constellation. While Starlink’s first-mover advantage and manufacturing scale are significant, Kuiper’s integration with AWS (cloud computing, enterprise customers) represents a moderate competitive threat in the enterprise and government connectivity segments. OneWeb (now Eutelsat) and Telesat Lightspeed remain viable niche competitors in government and enterprise markets. Other private space companies will no-doubt pop-up and consume some of the market over time. Certain companies and countries will prefer to do business with other entities besides SpaceX on some matter of principle, as Europe has already manifested the same. xAI and X.com along with Colossus and Terafab face incredibly formidable competitors in their respective businesses and the cost of serving intelligence in AI is rapidly decreasing which could have profound impacts on society.

Financial & Balance Sheet Risk

The S-1 reveals a significantly more leveraged balance sheet than the pre-IPO model assumed. Total long-term debt of $29.1 billion (including $9.1 billion in senior notes, credit facility, bridge loan, and term loans) against cash of $15.9 billion produces net debt of $13.2 billion. Q1 2026 burned $8.9 billion in cash (R&D and xAI integration costs). The company generates strong Starlink EBITDA but is consuming cash in AI and Starship R&D at a rate that requires continued capital raising. The $75 billion IPO raise is necessary, not opportunistic.

Special Consideration: The Elon Premium

The Elon Premium is the market’s pricing of optionality, execution velocity, and ambition beyond what standard DCF captures. It is real, measurable, and — in our view — absolutely justified. The counter-argument is that premium compression is the single highest-probability risk in a longer horizon hold. SpaceX at 40x 26E Revenue and 75x 26E Earnings requires the market to continue believing in the full convergence flywheel on a long term basis.

The discussion in this document and multiples analysis treats the Elon Premium as a terminal value amplifier that is present in today’s price but not explicitly modeled in our DCF. This means our $2.3T blended equity value represents our view of intrinsic value on a cash-flow basis, and any premium paid above that in the market must be justified by optionality that buyers are willing to hold for decades. At $1.5 trillion ($112/share), the Elon Premium comes for free — the cash flows alone justify the entry. At $2.0 trillion ($149/share), one is paying for the premium without compensation in the IRR.

Conclusion

When we look up towards the stars we are reminded of the infinite possibilities of space and the inspiring Sci-Fi future that mankind will chart out among the cosmos. SpaceX is uniquely positioned as the most consequential private company of the 21st century, with natural structural advantages across an incredible convergence of important industries. The flywheel of vertical integration across these businesses is compounding in ways that no competitor or combination of competitors can replicate and their lead and cost advantages are continuing to accelerate. At 43x 26E Revenues ($54.7B) and our DCF blended fair value of $2.36T SpaceX is within its peer groups, especially considering the Elon Premium. We think the $135/share entry price is a phenomenal opportunity in the short term and intend on continuing to add to our position up to $177/share and beyond.

Our DCF implies approximately $177 per share on a blended probability-weighted basis. The Monte Carlo P50 is $160 per share at current assumptions. If Starship achieves commercial scale and DTC reaches $10/user/month at 100 million users, the combination alone adds over $1 trillion of additional enterprise value not fully captured in our base case. The moon and Mars are free.

Monte Carlo Distribution (5,000 Trials)

DCF Build by Horizon

Current Market Signals

Hyperliquid and Polymarket provide the only liquid pre-IPO price discovery on SpaceX enterprise value. Both have sustained trading in a narrow band for several weeks, providing meaningful market depth validation.

Table F1 — Blended Equity Value ($B): WACC × Terminal Growth Rate

Table F2 — Value per Share ($): WACC × Terminal Growth Rate

Chart F1 — Sensitivity Tornado: Key Equity Value Drivers