The Space Supply Chain

Every space mission depends on a supply chain of companies providing critical components. When Luke Lango presents the XPanse thesis at InvestorPlace, he identifies a $15 space stock that he describes as “a mission-critical supplier to the booming aerospace industry.” This company represents the space supply chain angle of the XPanse thesis.

As we explain in our full review of the INI XPanse presentation, Lango identifies three paid picks and one free ticker. The $15 space stock is the first paid pick, detailed in Bonus Report #1 titled “SpaceX’s Next Major Partner: Make 10X Your Money on This Tiny Space Stock.” Here we examine the space supply chain angle and why it matters for investors.

The $15 Space Stock’s Credentials

Lango provides specific credentials for the $15 space stock:

  • Its hardware was aboard the Orion spacecraft as part of NASA’s Artemis II mission
  • It specializes in the complex solar arrays that SpaceX uses for its orbital data centers
  • It recently soared 181 percent in three weeks

The connection to NASA’s Artemis II mission is significant. Artemis is NASA’s program to return humans to the Moon and eventually go to Mars. Hardware that is qualified for Artemis has passed NASA’s rigorous standards for spaceflight. This means the company’s technology is proven in the most demanding space environment.

The connection to SpaceX’s orbital data centers is what makes the stock relevant to the XPanse thesis. Lango introduces the AI1 satellite as “the world’s first orbital data center.” The solar arrays this company makes are what power those orbital data centers. If SpaceX scales to the 1 million orbital data centers Musk has filed with the FCC to launch, the demand for these solar arrays scales with it. For more on orbital data centers, see our article on AI compute capacity.

The Orbital Data Center Connection

The investment thesis for the $15 space stock is directly tied to the orbital data center concept. Lango explains why orbital data centers matter:

“The AI1 satellite, the world’s first orbital data center. This is Elon’s genius solution to the AI power bottleneck.” Solar arrays harvest “practically unlimited energy from the Sun,” generating 5 to 7 times more power than Earth-based solar panels. Space is -454 degrees Fahrenheit, so no water cooling is needed. “The heat waste radiates directly into the vacuum of space.”

The data center crisis on Earth is real. Lango cites 1,500 new data centers under construction, 14 states with ban legislation, and Meta’s Hyperion requiring 23 million gallons of water per day. Orbital data centers solve the land, power, and water problems simultaneously. And the $15 space stock makes the solar arrays that are the power source for these orbital data centers.

The Starcloud startup has already demonstrated orbital computing: “a satellite with an Nvidia chip that’s currently running Google Gemini model up there in space.” This is not a theoretical concept. It is a working prototype. Google has entered deal talks with SpaceX. Anthropic has expressed interest. Blue Origin has requested permission to launch 50,000+ orbital data centers. For more on the space economy, see our article on space stocks.

The Picks-and-Shovels Approach

The $15 space stock represents a picks-and-shovels approach to the orbital data center buildout. Rather than trying to pick which company will win the orbital data center market (SpaceX, Blue Origin, or others), Lango identifies the company making a critical component that all orbital data centers need: solar arrays.

This is a sound investment strategy because it captures the value of the infrastructure buildout regardless of which specific company dominates the market. If SpaceX builds 1 million orbital data centers, this company benefits. If Blue Origin builds 50,000, this company benefits. If other companies enter the market, this company benefits. The solar arrays are a non-negotiable component of any orbital data center.

For more on the picks-and-shovels approach across the XPanse supply chain, see our article on sources for Tesla and SpaceX.

The NASA ETF Alternative

For investors who want space economy exposure without subscribing to Innovation Investor, Lango reveals the Tema Space Innovators ETF (NYSE: NASA) as the free ticker. This ETF “holds direct SpaceX exposure as a core position” and provides diversified exposure to the space economy.

Lango positions the NASA ETF as the conservative option: “I believe the biggest gains will come from the stocks I’ve selected in my special reports.” The $15 space stock is the higher-risk, higher-reward option. The NASA ETF is the lower-risk, diversified option. Both provide exposure to the space economy, but the $15 stock targets a specific company making a critical component for orbital data centers. For more on the investment framework, see our articles on Innovation Investor and growth potential.

The Space Economy Context

The $15 space stock exists within a broader space economy that is growing rapidly:

  • SpaceX conducted 166 orbital launches in 2026, compared to 92 for China and 17 for Russia
  • Over 10,000 Starlink satellites now orbit Earth
  • SpaceX’s launch cost reduction has achieved a 97 percent reduction
  • Musk is targeting $10 per kilogram for Starship

If launch costs reach $10 per kilogram, the economics of space-based infrastructure transform entirely. At that cost, launching server hardware and solar arrays into space becomes cheaper than building and permitting a data center on Earth. The companies supplying the components for this space-based infrastructure are positioned to benefit from the scaling. For more on the launch cost trajectory, see our article on Rocket Lab on Nasdaq.

Considerations

The space supply chain thesis is grounded in real technology and real missions. The $15 stock’s hardware was aboard NASA’s Artemis II mission, which is a verifiable claim. The orbital data center concept has been demonstrated by Starcloud. The demand for solar arrays in space is real, as satellites need power. And the recent 181 percent surge in three weeks suggests the market is already pricing in some of this potential.

What to consider: The $15 stock has already surged 181 percent in three weeks, meaning it is not as cheap as it was. The “make 10X your money” report title is aggressive. The FCC filing for up to 1 million orbital data centers is a regulatory aspiration, not a deployment plan. And the specific company cannot be independently verified without the report. Past performance does not guarantee future results.

What makes the space supply chain angle worth considering is the combination of real mission credentials (Artemis II), a real technology role (solar arrays for orbital data centers), real market validation (181 percent recent surge), and a real growth driver (the orbital data center buildout). The picks-and-shovels approach captures value regardless of which company dominates the orbital data center market. For investors interested in the space economy, the $15 space stock and the NASA ETF provide two different ways to participate, each with a different risk-reward profile.

Ready to learn more? Click here to access Luke Lango’s full research.

This is not financial advice. Always do your own research before investing.