SpaceX is preparing to launch its Starship rocket for the 13th test flight on July 16, 2026, from its Starbase facility in South Texas, marking a crucial moment for the company's ambitions to establish a fully reusable launch system. The massive rocket has experienced a volatile mix of successes and failures since testing began in April 2023, but recent Wall Street analysis suggests that achieving reliable, rapid reusability could unlock transformative economic opportunities ranging from orbital artificial intelligence (AI) data centers to lunar colonization.

What Has Starship Accomplished So Far?

Over the past three years, Starship has logged 12 test flights, each revealing both the promise and the challenges of building the world's largest operational rocket. The vehicle consists of two main components: the Super Heavy booster, powered by 33 Raptor engines, and the upper stage Starship, equipped with six Raptor engines. In its most recent flight on May 22, 2026, the booster successfully made a water landing in the Gulf of Mexico, while the upper stage deployed 20 mock Starlink satellites and two imaging satellites that captured footage of Starship climbing into space before landing in the Indian Ocean.

Earlier successes included the first-ever reuse of a booster in May 2025, a major milestone demonstrating that SpaceX could fly the same booster multiple times. The company has also successfully caught the Super Heavy booster at the launch pad using giant mechanical arms nicknamed "chopsticks" on three separate occasions, a capability that is essential for achieving the rapid reusability that Wall Street analysts view as the linchpin of SpaceX's entire business model.

However, the path has been far from smooth. In March 2025, Starship exploded less than 10 minutes into flight after a hardware failure in one of its Raptor engines caused propellant mixing and ignition. In May 2025, the upper stage spun out of control and broke apart approximately 46 minutes into flight, with contact lost during descent. These setbacks underscore the technical complexity of the vehicle and the stakes involved in each test.

Why Do Wall Street Analysts Say Everything Depends on Starship?

Goldman Sachs and JPMorgan, both underwriters of SpaceX's recent $86 billion initial public offering (IPO), released initial coverage reports on July 14, 2026, that paint a remarkably consistent picture: Starship's path to reliable, rapid reusability is the foundation for virtually every major revenue opportunity the company is pursuing.

"Everything Depends on Starship. We view Starship's path to rapid and complete reusability as the critical enabler underpinning SpaceX's many long-term growth drivers," stated JPMorgan analysts.

JPMorgan analysts

The core issue is launch cost. Today, getting cargo to orbit is expensive. Goldman Sachs expects that if Starship achieves its reusability targets, the cost per kilogram to orbit could plummet to $183 by 2030, representing a 99.1% discount compared to current industry rates. To put this in perspective, that cost reduction would be comparable to the 85% reduction SpaceX achieved with its Falcon 9 rocket relative to the broader aerospace industry.

At those dramatically lower costs, entirely new industries become economically viable. Goldman Sachs models a scenario in which SpaceX deploys roughly 50,000 AI satellites in 2029 alone, reaching 175,000 in orbit by the end of 2030, generating 26 gigawatts of orbital compute capacity. For context, that would be nearly three times the terrestrial compute capacity Goldman expects SpaceX to have on Earth during the same period.

What Are the Key Milestones SpaceX Must Hit?

Goldman Sachs' bullish outlook depends on SpaceX meeting an aggressive manufacturing and launch cadence. The bank expects the total number of Starship launches to reach approximately 2,750 in 2030, which means SpaceX will need to manufacture 600 Starships through 2029 to support that launch rate. This represents an unprecedented scale of rocket production, far exceeding anything the aerospace industry has attempted.

Beyond manufacturing, SpaceX must also execute on several interconnected business initiatives:

• Starlink Revenue Generation: Goldman Sachs expects Starlink, SpaceX's satellite internet service, to generate sufficient cash flow to fund both deeper space exploration over a 10-plus-year horizon and the capital requirements for the orbital AI business.
• Terafab Chipmaking: SpaceX is planning a giant chipmaking project called Terafab with Tesla to reduce reliance on Nvidia and other third-party suppliers, which is critical to the cost advantage of building compute in orbit versus on Earth.
• Regulatory Approval: Any delays, technical setbacks, or regulatory hurdles that constrain the launch trajectory will impede planned growth across multiple business lines, according to JPMorgan.

How Could Lower Launch Costs Transform the Space Economy?

The economic implications of achieving Starship's reusability targets extend far beyond SpaceX itself. A 2022 Citigroup report, "Space: Dawn of a New Age," forecasted that at the cost levels now outlined by Goldman Sachs and JPMorgan, the space economy could evolve from a market dominated by government launches and satellite applications into a much broader ecosystem. Potential new industries include space-based solar power, space logistics, commercial space stations, city-to-city transit via suborbital vehicles, Moon and asteroid mining, space tourism, and microgravity research and development.

Citigroup estimated those new applications and industries could generate roughly $100 billion in annual sales by 2040. However, the recent Wall Street reports add an even larger possibility that Citigroup did not anticipate: orbital AI compute infrastructure, which could dwarf all other space economy applications in terms of revenue potential.

The cost advantage of building compute in orbit is estimated at $15 to $20 billion per gigawatt, versus $28 to $32 billion for terrestrial data centers. However, that discount depends partly on successful execution of the Terafab chipmaking project and other industrial initiatives.

What Opportunities Are SpaceX Alumni Pursuing?

The optimism surrounding SpaceX's IPO and Starship's potential is already spurring entrepreneurial activity among former SpaceX employees. TerraFirma, a construction technology startup founded by two former SpaceX engineers, raised $115 million in funding on July 14, 2026, with backing from Kleiner Perkins, Bain Capital Ventures, and angel investors tied to defense technology companies SpaceX, Anduril, and Hadrian.

TerraFirma uses interfaces like Xbox controllers to remotely operate construction equipment, aiming to bring the speed and efficiency of SpaceX's manufacturing processes to the construction industry. The company plans to use the funding to hire 300 employees over the next year and build both a Texas factory and a mission control center. Long-term, the company wants to build infrastructure on Mars.

"Infrastructure is a bottleneck to basically every single industry that needs to innovate over the next couple of decades," said Noah Schochet, CEO and co-founder of TerraFirma.

Noah Schochet, CEO and co-founder of TerraFirma

Schochet and co-founder Noah McGuinness met at Princeton University and both worked at SpaceX after graduation. McGuinness worked on Starshield, a government satellite program, while Schochet worked on Starlink and later Starship. The pair observed that SpaceX was building rockets the size of skyscrapers at a rate of one per month, yet those mass manufacturing and automation processes were not appearing in the construction industry. About half of TerraFirma's engineering team previously worked at SpaceX, Tesla, or the Boring Company.

For now, TerraFirma is focused on proving its technology on Earth, with recent commercial projects including a sports arena and a Starbucks. However, the firm plans to bid on future Moon projects as NASA pushes to establish a lunar base.

What Risks Could Derail SpaceX's Plans?

While Wall Street's outlook is decidedly bullish, both Goldman Sachs and JPMorgan acknowledge that failure remains a significant risk. The complexity of Starship, combined with the unprecedented manufacturing and launch cadence required, means that any technical setback, regulatory delay, or execution misstep could cascade across multiple business lines. JPMorgan emphasized that "SpaceX has an incredibly strong track record of innovation, with many key firsts across Space, Connectivity, and AI, [but] Starship's scale and complexity will require superior execution".

The July 16 launch will be another critical data point in assessing whether SpaceX can deliver on the ambitious vision that Wall Street has priced into the stock. With each successful test, the company moves closer to proving that a fully reusable, high-cadence launch system is not just theoretically possible, but practically achievable at scale.