35 Analysts Cover Spacex. Here's Why Their Price Tar…

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The wide range reflects more than differing expectations for rocket launches. Analysts are assigning very different values to Starlink’s future profits, SpaceX’s artificial intelligence (AI) ambitions, and the enormous capital required to turn those opportunities into sustainable cash flow.

Rockets contribute surprisingly little direct value

Morgan Stanley analyst Adam Jonas has a $300 price target on SpaceX. Yet the investment bank reportedly assigns just $8 per , or less than 3% of that target, to its external launch business. The investment bank attributes $118 per to the Starlink-powered connectivity business and $165 per to the enterprise AI business.

SPCX – Space Exploration Technologies

$146.03-$2.59 (-1.74%)

NASDAQ · As of 4:00 PM ET 10/16/26

Key data points

Market capMarket cap calculated using publicly traded s outstanding only. Does not include unlisted, private, or dual-class non-traded s. Implied market cap may vary.$1.98T

Day’s range$142.95 – $147.92

52wk range$104.83 – $225.64

Volume88.6M

Avg volume94.7M

SpaceX’s financials help explain why. The company’s revenue reached $7.81 billion in the second quarter, but its Space segment contributed just $962 million. In the Space segment, external launch services generated only $648 million, or roughly 8% of total revenue.

The Space segment recorded a $542 million operating loss in Q2. SpaceX has also spent approximately $1.08 billion on research and development in this segment, largely associated with the next-generation rocket launch system Starship.

Much of SpaceX’s launch capacity also supports its own businesses. Of the 38 launches completed during Q2, 28 were internal missions, including Starlink deployments and development tests. SpaceX doesn’t recognize launch revenue when deploying its own Starlink satellites. Instead, it includes those costs in the value of its satellite assets.

Hence, rocket launchers are not merely products SpaceX sells. They are infrastructure that could reduce the cost of deploying and replacing satellites. If Starship eventually makes launches substantially cheaper, much of the benefit could accrue to Starlink’s economics rather than to its rocket revenue.

Hence, rockets may have relatively little stand-alone valuation while remaining essential to SpaceX’s biggest growth opportunities.

Starlink earns profits, while AI consumes capital

SpaceX’s Connectivity segment generated $4.29 billion in Q2 revenue and $1.66 billion in operating income, representing an impressive operating margin of nearly 39%. Starlink’s subscribers doubled year over year to 12 million at the end of Q2. However, average monthly revenue per subscriber fell from $85 to $66 year over year as SpaceX expanded into lower-priced markets.

Despite this decline, Connectivity’s operating income was up 79% year over year in Q2, partly driven by the more than doubling of enterprise and government revenues. This suggests that SpaceX can improve the profitability of its connectivity business, even as average subscriber revenue declines.

SpaceX is also focusing on mobile connectivity. The company recently agreed to acquire Grain Management’s 800-megahertz spectrum portfolio for a reported $8 billion. This could enable Starlink Mobile to provide connectivity through both satellite and ground-based networks. However, the transaction requires regulatory approval from the Federal Communications Commission. Competing with traditional carriers could also involve substantial additional infrastructure spending.

AI presents an even bigger opportunity, but with much greater financial uncertainty. SpaceX’s AI revenue surged nearly 247% year over year to $2.56 billion in Q2, driven largely by cloud computing agreements. Yet the segment recorded a $1.26 billion operating loss. While management has reported positive adjusted earnings before interest, taxes, depreciation, and amortization (EBITDA) of $1.15 billion for the AI business, that figure excludes approximately $1.89 billion in depreciation and amortization. These expenses matter because expensive computing equipment eventually needs replacement. AI also accounted for $15.83 billion, or 86%, of SpaceX’s quarterly capital expenditures.

Why analysts disagree so sharply

SpaceX’s AI contracts demonstrate strong demand, but not necessarily durable revenue.

One customer accounted for 19.5% of consolidated Q2 revenue, entirely within AI. This accounts for nearly 60% of the AI segment’s revenue, highlighting excessive reliance on a single client.

SpaceX’s cloud agreements generally allow termination with 90 days’ notice after an initial capacity-ramp period. This creates a major risk. Computing equipment may require years of profitable use to recover its costs, while some customer commitments can end much sooner.

Morgan Stanley’s original July 2026 model, which established its $300 price target, projected $2.6 trillion in annual AI revenue by 2040. However, the same model also estimated roughly $670 billion in external financing needs between 2027 and 2034. Phillip Securities has set a price target of $75 and expects approximately $90 billion in cumulative negative free cash flow through 2030.

SpaceX’s financing needs are already substantial. Reuters reports that the company is seeking $40 billion in debt financing to purchase Nvidia chips. SpaceX has also completed the $60 billion acquisition of Cursor, which involved issuing approximately 391 million s. This highlights how SpaceX’s expansion can also dilute existing holders.

The valuation leaves little room for disappointment. SpaceX is trading at nearly 93.7 times trailing revenue (as of Oct. 15, 2026). This premium valuation reflects enormous expectations for future growth and profitability, even as SpaceX continues investing heavily in AI infrastructure.

SpaceX also plans to deploy AI computing infrastructure in orbit, potentially using solar-powered satellites to process data in space. However, this opportunity remains commercially unproven. A U.S. Government Accountability Office report highlights major challenges involving power, cooling, communications, and hardware durability. If SpaceX overcomes these obstacles, orbital computing must still become cost-competitive with data centers on Earth to generate sustainable profits.

SpaceX’s rockets are critical to its growth ambitions. However, its multi-trillion-dollar valuation ultimately depends on whether Starlink and AI can generate enough sustainable cash flow to justify their enormous infrastructure investments. Successful launches alone cannot establish that value.