Advanced Space Architectures Program: Championing Innovation in Next-Generation In-Space Operations
Summary
America’s leadership in space exploration and utilization could greatly accelerate by using a fundamentally different approach to in-space operations than that which exists today. Most of today’s spacecraft are locked into their launch configurations, with little or no ability to be updated or serviced once in space. But by leveraging recent and emerging capabilities to manufacture, assemble, and service spacecraft in space, we can dramatically improve the cost-effectiveness, productivity, and resiliency of our space systems.
To achieve this, the Biden-Harris Administration should launch a new Advanced Space Architectures Program (ASAP) to enable a new generation of in-space operations. ASAP would operate under a public-private consortium model to leverage government investment, engage a broad community, and bring in the support of international partners. In this memo, we propose two specific missions that the next administration could undertake early to initiate the ASAP program and demonstrate its efficacy. Initiating ASAP as soon as possible will help the new administration’s mission to build back better: for our economy, for science and exploration, for international leadership in mitigating the climate crisis, and for the security of our nation.
FAS has partnered with ICLEI USA to launch the CRI Local Advisory Council.
We sat down with Dr. Max Moritz and Chief Rob Hazard to discuss how communities use time, money, and data to reduce the risk that wildfires pose.
Colorado already has the building blocks in place to modernize its agricultural industry – they just have to put it to use. With state recognition, a San Luis Valley pilot could improve local capacity in just three years.
About 86% of Colorado’s water is used for agriculture, but only about 30-60% of that water actually reaches crops. Conveyance efficiency through canal modernization is a powerful drought resilience and water saving strategy with proven technical feasibility.