SpaceX (NASDAQ: SPCX) shares declined roughly 14% following its first earnings call as a publicly traded company last week, with investors reacting negatively to higher-than-expected artificial intelligence capital expenditures. However, Cathie Wood’s ARK Invest views the market reaction as short-term, arguing that it overlooks the company’s outlined total addressable market of $28.5 trillion from its S-1 filing. Daniel Maguire, ARK’s research analyst covering autonomous technology and robotics, emphasized that the immediate sell-off ignores the long-term growth drivers presented by management.

AI Compute Buildout

Maguire’s research focuses on SpaceX’s terrestrial compute expansion. The company plans to scale compute capacity from approximately 2 gigawatts by year-end to a range of 5 to 10 gigawatts by the end of next year, with management indicating a preference for the higher end of that spectrum. ARK argues that payback periods of under one year and monetization estimates of $30 billion to $50 billion per gigawatt justify the accelerated investment. This strategy supports SpaceX’s broader target of achieving $1 trillion in revenue by 2030.

To address power requirements ahead of solar scaling, SpaceX may utilize natural gas turbines. This approach is linked to CEO Elon Musk’s acquisition of gas turbine manufacturer New APR Energy.

Starlink and Network Expansion

Starlink remains a central component of SpaceX’s growth narrative beyond AI infrastructure. Starship’s Flight 14, targeted for late August, will deploy Starlink V3 satellites capable of delivering roughly 20 times the bandwidth of the Falcon 9 V2 generation. Additionally, SpaceX revealed plans for a distributed network of femtocell-like stations integrated into Starlink dishes. This development positions the company to compete directly with traditional telecommunications providers including AT&T Inc., Verizon Communications Inc., and T-Mobile US, Inc.

Rocket Reusability Catalysts

Full reusability represents another major catalyst tracked by ARK. SpaceX intends to attempt catching its upper-stage rocket during Flight 14, pending regulatory approval. A successful catch would mark significant progress toward full reusability. According to ARK’s research, this advancement could reduce launch costs from approximately $1,000 per kilogram today to below $100 per kilogram at scale. Such cost reductions, modeled based on Wright’s Law, could make orbital data centers economically viable, although timelines remain uncertain due to various variables.

What the Numbers Show

The divergence between investor reaction and ARK’s analysis highlights a conflict between near-term spending concerns and long-term valuation models. While the market penalized the higher AI capex, ARK frames these expenditures as essential for capturing a $28.5 trillion addressable market. The monetization potential of $30 billion to $50 billion per gigawtt suggests that current investments are leveraged against high-margin future returns. Furthermore, the push toward sub-$100 per kilogram launch costs indicates that SpaceX’s operational efficiency gains could unlock entirely new revenue streams, such as orbital data centers, rather than merely improving existing margins.

As of Monday, SpaceX shares were down 0.14% at $132.92.

SpaceX (NASDAQ: SPCX) is preparing to launch its Falcon 9 booster B1085 for an 18th time on Monday, deploying 29 Starlink satellites from Cape Canaveral. Liftoff is scheduled for 10:49 a.m. ET, with the booster expected to land on a droneship in the Atlantic approximately eight minutes later. This routine reuse highlights the core of SpaceX's competitive advantage: significantly lowering mission costs through hardware recycling rather than single-use disposal. The successful landing of B1085 will further cement the company's ability to maintain a high launch cadence at reduced expense.

Reusability Drives Cost Efficiency

The economic impact of reusability is stark when compared to historical precedents. NASA's Space Shuttle program, which operated for three decades, achieved high reuse rates—with Discovery completing 39 missions—but failed to achieve cost or time efficiency. NASA originally envisioned two-week turnarounds but never managed one faster than 55 days. A subsequent analysis placed the cost at roughly $1.5 billion per launch. In contrast, a Falcon 9 launch costs about $74 million today. This cost structure allows SpaceX to sustain a launch frequency that competitors cannot match.

Launch Cadence and Market Position

SpaceX reported in a recent SEC filing that it had completed around 650 orbital launches, with more than 540 utilizing flight-proven Falcon rockets. Building new boosters for every mission is no longer the standard operating model. The company's cadence remains unmatched globally; Saturday's Starlink flight from California was the 92nd Falcon 9 mission of 2026, and Monday's mission will be No. 93. For context, Europe has attempted only 334 space launches since 1970. Kalshi traders are predicting that SpaceX will manage 156 launches this year, reflecting confidence in this sustained pace.

Competitive Landscape and Future Goals

While SpaceX normalizes reuse, rivals are still developing similar capabilities. Blue Origin has recovered and reflown a New Glenn booster, and Rocket Lab is designing its Neutron rocket around a reusable first stage. In China, LandSpace is attempting to replicate the Falcon 9 approach with its methane-fueled Zhuque-3 rocket. LandSpace targets Monday for its second landing attempt, following a failed descent in December where the booster exploded. Unlike China's July net-capture recovery, Zhuque-3 aims for a powered landing on legs, mirroring SpaceX's architecture.

What the Numbers Show

The data reveals that SpaceX's competitive moat is not just technological but operational. With over 83% of its launches (540 of 650) using reused hardware, the company has shifted from proving feasibility to optimizing logistics. The disparity between Falcon 9's 2026 cadence (93 launches so far) and Europe's total historical attempts (334 since 1970) illustrates a scale difference that is difficult for competitors to bridge quickly. While Starship represents the long-term bet for fully reusable systems—including lunar and Mars ambitions—the Falcon 9's "boring" reliability currently drives the bulk of SpaceX's revenue and market share.