$401 SpaceX Target Depends Entirely on an Unflown Rocket

For space industry insiders, the boldest analyst call on SpaceX since its IPO is less about valuation and more about engineering timelines. The entire $401 bull case rests on Starlink V3, a satellite version too large for Falcon 9 and wholly dependent on Starship—a super-heavy launch vehicle still in test flights. If Starship stumbles, the suburban broadband dream stalls, and SpaceX’s stock reverts to a purely launch-and-legacy-services valuation. This is a high-stakes bet on the most complex machine ever built.

On June 18, 2026, Arete Research sent a shockwave through the market with the most bullish analyst call on SpaceX since its IPO: a Buy rating and a $401 price target. That target, from veteran telecom analyst Andrew Beale, implies roughly 117% upside from the stock's $185 close that day and would catapult SpaceX to a market valuation near $5.3 trillion—or about 80 times projected 2027 sales. The call stands out not only for its sheer magnitude but for its unconventional thesis: Beale is betting on a satellite constellation SpaceX hasn't yet deployed, launched by a rocket it hasn't yet flown commercially. The stock had been under pressure, sliding from its post-IPO high of $225.64 to $185 amid broader market unease about growth names. This target immediately reframes the risk-reward calculus for one of the most closely watched—and polarizing—stocks in the market.

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That target, from veteran telecom analyst Andrew Beale, implies roughly 117% upside from the stock's $185 close that day and would catapult SpaceX to a market valuation near $5.3 trillion—or about 80 times projected 2027 sales.

Andrew Beale’s background is itself a story. A senior analyst at Arete Research who has covered telecom and cable equities since the 1990s, he is not a traditional aerospace specialist. His research note argues that SpaceX breaks 'hard engineering challenges into stepwise tasks' across three simultaneous businesses: rockets, satellite internet, and artificial intelligence. Rather than hinging on a single moonshot, the company’s value lies in its iterative, systems-engineering approach. But the centerpiece of his $401 target is Starlink V3, the next-generation broadband satellite constellation. Beale contends that V3 will unlock a massive suburban broadband market, delivering speeds and capacity that current Starlink satellites cannot match. This thesis reframes SpaceX not as a launch provider but as a telecom disruptor, a lens through which a telecom analyst’s involvement makes more sense.

The catch is hardware. Starlink V3 satellites are significantly larger than the current V2s, too large for the Falcon 9 workhorse. They require Starship, the fully reusable super-heavy launch vehicle SpaceX has been testing for years. Starship represents one of the most ambitious engineering projects in history—a 120m-tall rocket designed to carry payloads of up to 150 tonnes to orbit and eventually land back on Earth. Yet it has not yet flown a commercial mission, and its development timeline remains uncertain. Beale’s $401 target, therefore, rests on a binary event: whether Starship becomes operational in time to deploy V3 at scale. If Starship suffers significant delays or failures, the V3 thesis unravels, and the stock’s valuation would likely revert toward launch-and-services-based assessments, perhaps well below $200.

The implications ripple across industries. For the space sector, a successful Starship–V3 combo would not only dominate direct-to-consumer broadband but also open doors to defense applications, backhaul for remote cell towers, and high-frequency trading networks. The $5.3 trillion market cap implied by the target would make SpaceX the most valuable company in the world, dwarfing today’s tech giants. From a market perspective, an 80x forward sales multiple is hardly unprecedented—early-stage companies often trade at such levels—but it demands flawless execution and sustained hypergrowth. Any slip in the Starship timeline, a launch failure, or regulatory pushback from the FAA or ITU could slam the stock. On the flip side, if Starship works, the competitive moat widens dramatically: no other entity has a reusable rocket of this class, and first-mover advantage in suburban broadband could lock in millions of subscribers.