A new study by Florida State University economics professor Shawn Kantor and Alexander Whalley of the University of Calgary examines the economic impact of the U.S. space race during the 1950s and 1960s. The research challenges the common belief that large-scale federal investment in space exploration led to widespread technological innovation and economic growth across the country.
The study, published in the American Economic Review, finds that while NASA contracts resulted in significant gains for certain industries and regions, there is limited evidence of broader technological spillovers or nationwide productivity increases. According to Kantor, “For decades, the iconic Moonshot mission has been treated as a kind of economic miracle. Our research shows a more nuanced story — one where the geopolitical benefits were real, but the economic outcomes were far more targeted and mission-driven than people often assume.”
Kantor and Whalley used declassified CIA documents to identify which U.S. industries and counties were already involved in space-related research before NASA’s major investments began. This method allowed them to separate growth caused by NASA spending from existing trends in technological capacity.
Dean Tim Chapin of FSU’s College of Social Sciences and Public Policy commented on the significance of this work: “Research that helps us understand the true impacts upon the national economy of major technological waves like the space race are essential to informing public policy and government investment programs. Dr. Kantor and Dr. Whalley’s research deepens our understanding of the economic ripple effects of the space race and see this initiative in terms of mission success rather than technological advancement. This is world-class work by world-class economic historians.”
The researchers found that companies receiving NASA contracts saw employment and capital investment increase between 35% and 50%. However, these effects remained localized with little benefit to other industries or neighboring areas. Kantor explained, “Landing Americans on the moon and returning them home safely was an extraordinary engineering achievement, but it didn’t generate the kind of widespread productivity gains people often associate with major technological breakthroughs.”
Their analysis estimates a fiscal multiplier of about 0.3 for NASA spending during this period—meaning each dollar spent increased local output by approximately thirty cents, which is lower than multipliers typically seen with general government expenditures.
Kantor and Whalley conclude that the space race acted as an applied industrial policy focused on achieving specific geopolitical goals rather than creating broad scientific advancements or lasting economic benefits for unrelated sectors.
Kantor advises current policymakers considering large-scale initiatives—such as those addressing climate change or medical research—to focus on achieving stated missions instead of expecting automatic wide-ranging economic benefits: “Our research shows a more nuanced story — one where the geopolitical benefits were real, but the economic outcomes were far more targeted and mission-driven than people often assume.”
More information about FSU’s College of Social Sciences and Public Policy can be found at cosspp.fsu.edu.
