Space Economy

Investment Thesis

Launch costs have fallen 90%+ over the past decade driven by SpaceX reusable rocket technology, enabling a new class of commercial applications that were economically infeasible with legacy launch costs. Satellite internet constellations (Starlink, Amazon Kuiper) are addressing global broadband access for maritime, aviation, and rural applications. Earth observation satellites are creating data streams that serve insurance, agriculture, defense, and logistics industries. The broader commercial space economy is projected to grow substantially through 2035 and beyond.

Theme Score Breakdown

Space Economy scores low Moderate after strict re-evaluation, reflecting the fundamental challenge that the most important company in the sector (SpaceX) is private. The investable public universe scores only 4 because it consists primarily of speculative pre-revenue companies, legacy defense contractors with modest space exposure, and satellite operators under financial pressure. Tailwind strength scores 10 because the launch cost decline and commercial applications are real — but the investable beneficiaries of that tailwind are not yet available in public markets at reasonable valuations. Revenue visibility scores only 8 because earth observation and satellite internet are nascent commercial markets without proven unit economics at scale. Policy support earns 11 because government procurement of satellite services and national security applications create real, stable revenue for a subset of the universe. This is a theme worth monitoring for future public listings rather than a high-conviction scan candidate today.

Key Risks

• SpaceX (private) dominates launch and Starlink, capturing the best economics outside public markets
• Most pure-play commercial space companies are pre-revenue, pre-profit, or burning cash at scale
• Satellite constellation market may not be large enough for multiple operators to achieve profitability
• Technology execution risk for unproven platforms including direct-to-cell and lunar operations