TY - GEN
T1 - A theoretical construct to assess the role of government in supporting the small satellite sector
AU - Lal, Bhavya
AU - Behrens, Jonathan
PY - 2017
Y1 - 2017
N2 - In the coming decades, the small satellite sector is expected to be a multi-billion plus dollar, commercially viable sector. Beyond public investment, private parties have invested billions into the industry. Questions have been raised, therefore, on whether the smallsat sector still requires government support. In this paper, the concept of comparative advantage, an economic theory where “an agent has a comparative advantage at producing something if they can produce it at lower [opportunity or marginal] cost than anyone else," is used to examine the role of government in supporting the small satellite sector. In principle, the government should fund projects where it has a comparative advantage over all other agents, in particular where there may be market and systemic failures. To support the analysis, primary sources were reviewed and a cross-section of experts, active across the small satellite value chain, were interviewed to identify current funding mechanisms in place for technology development and commercialization. This study defines market and systemic failures in the context of small satellite technology development. A framework is developed to identify where investment by non-government actors is inadequate for certain areas of space technology that serve the public interest, and thus where government ought to invest. Market and systemic failure arguments fall into three general categories: (1) Private firms in free markets have no incentive to invest more fully in low-TRL technology or platform technologies such as propulsion systems for small satellites when they cannot (for a variety of reasons related to risk, timeline of return, insufficient demand, and other factors) get a full return on their investment; (2) (Most) firms have little incentive to invest in creating paradigmatic shifts that could potentially disrupt their current, profitable business models; (3) With perhaps a few exceptions, firms do not see the full complexity of the technology ecosystem and are not in a position to (nor do they feel a responsibility to) provide vision and strategic planning for that ecosystem, therefore leading to systematic coordination failures. Government, which has a complementary set of concerns and perspectives, therefore has a critical role to play in funding some areas of technology development or partnering with the private sector to provide the needed leadership on a national level.
AB - In the coming decades, the small satellite sector is expected to be a multi-billion plus dollar, commercially viable sector. Beyond public investment, private parties have invested billions into the industry. Questions have been raised, therefore, on whether the smallsat sector still requires government support. In this paper, the concept of comparative advantage, an economic theory where “an agent has a comparative advantage at producing something if they can produce it at lower [opportunity or marginal] cost than anyone else," is used to examine the role of government in supporting the small satellite sector. In principle, the government should fund projects where it has a comparative advantage over all other agents, in particular where there may be market and systemic failures. To support the analysis, primary sources were reviewed and a cross-section of experts, active across the small satellite value chain, were interviewed to identify current funding mechanisms in place for technology development and commercialization. This study defines market and systemic failures in the context of small satellite technology development. A framework is developed to identify where investment by non-government actors is inadequate for certain areas of space technology that serve the public interest, and thus where government ought to invest. Market and systemic failure arguments fall into three general categories: (1) Private firms in free markets have no incentive to invest more fully in low-TRL technology or platform technologies such as propulsion systems for small satellites when they cannot (for a variety of reasons related to risk, timeline of return, insufficient demand, and other factors) get a full return on their investment; (2) (Most) firms have little incentive to invest in creating paradigmatic shifts that could potentially disrupt their current, profitable business models; (3) With perhaps a few exceptions, firms do not see the full complexity of the technology ecosystem and are not in a position to (nor do they feel a responsibility to) provide vision and strategic planning for that ecosystem, therefore leading to systematic coordination failures. Government, which has a complementary set of concerns and perspectives, therefore has a critical role to play in funding some areas of technology development or partnering with the private sector to provide the needed leadership on a national level.
KW - Commercial space
KW - CubeSat
KW - Disruptive innovation
KW - Global trends
KW - Innovation
KW - Market failure
KW - NewSpace
KW - Role of government
KW - Small satellite
KW - Systemic failure
UR - http://www.scopus.com/inward/record.url?scp=85051536553&partnerID=8YFLogxK
M3 - Conference contribution
AN - SCOPUS:85051536553
SN - 9781510855373
T3 - Proceedings of the International Astronautical Congress, IAC
SP - 12459
EP - 12466
BT - 68th International Astronautical Congress, IAC 2017
PB - International Astronautical Federation, IAF
T2 - 68th International Astronautical Congress: Unlocking Imagination, Fostering Innovation and Strengthening Security, IAC 2017
Y2 - 25 September 2017 through 29 September 2017
ER -