TradingKey's Aerospace investment strategy targets pioneering companies that are commercializing cutting-edge aerospace technologies and unlocking entirely new markets, while putting less emphasis on traditional defense contractors. The portfolio represents a high-conviction, high-growth position in an industry transitioning from zero to one, with returns closely tied to the adoption rate and commercialization momentum of the new space economy.
The cost of reaching orbit remains the foundational constraint for all new space activities. Our investment strategy prioritises companies that have mastered reusable rocket technology or developed disruptive launch architectures. By tracking increases in launch frequency alongside sustained reductions in cost per payload kilogram, we identify industry leaders capable of leveraging scale to dismantle long-standing barriers and deliver more affordable access to space. These capabilities represent the critical “tickets” required to enable satellite broadband constellations, orbital logistics, and other emerging space-based services.
The ultimate economic value of space assets lies in how effectively they enable activity on Earth. This strategy focuses on operators of large-scale low-Earth-orbit constellations capable of delivering real-time Earth observation, global seamless broadband, or direct-to-device connectivity. We closely monitor subscriber growth trends and the transition toward recurring subscription revenue models, targeting the valuation uplift driven by monetization of surging data traffic.
As orbital activity intensifies, new demand is emerging for in-space resupply, maintenance, manufacturing, and debris remediation. We seek early leaders developing commercial space station modules, orbital refueling technologies, or space-debris management solutions. These companies represent the aerospace industry’s evolution from simple point-to-point transportation toward sustained in-orbit operations and infrastructure, hence, positioning themselves to potentially secure critical, potentially monopolistic roles within the future space ecosystem.
The aerospace industry, especially the traditional giants, is frequently regarded as a defensive investment safe haven. This investment perception stems primarily from exceptionally high barriers to entry and the prevalence of long-term, contracted revenue streams. Core income for aerospace companies is typically derived from government defense budgets or multi year purchase agreements with major airlines. These revenue streams tend to be counter cyclical and remain relatively stable even during economic downturns. Moreover, the sector’s close ties to national strategic security confer strong implicit government backstops, creating very high effective bankruptcy protection and demonstrating significant resilience in volatile market conditions.
Although industry leader SpaceX remains privately held, investors can still gain exposure to the space economy through three principal channels:
Direct competitors and supply-chain participants: Publicly traded commercial launch providers, satellite manufacturers, and ground-terminal equipment suppliers also benefit significantly from industry tailwinds, particularly lower launch costs.
Listed proxies: Certain publicly traded investment vehicles and technology companies hold meaningful stakes in SpaceX, offering indirect participation in its growth.
Space-themed ETFs: Exchange-traded funds that track dedicated “new space economy” indices provide diversified, one-time exposure to leading companies across the full value chain, thereby mitigating single-project execution risk.
Aerospace stock prices are primarily driven by three core factors:
Government defense and research budgets: The magnitude of national allocations for space exploration and national security directly sets the industry’s order-book ceiling.
Technological milestones and mission success rates: For new-space companies, the outcome of major launches and breakthroughs in critical technologies (e.g., rocket reusability, satellite constellation deployment) serves as a powerful catalyst for sharp price movements.
Macro interest-rate environment and capital expenditure cycles: Given the capital-intensive nature of aerospace projects, prevailing interest rates materially influence financing costs and the present-value mathematics of long-duration R&D investments, an effect that becomes especially pronounced in high-interest-rate environments such as 2026.