Darin Koblick

Northrop Grumman (United States), The Aerospace Corporation

Papers

Total Citations

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About

Darin Koblick is a leading aerospace engineer whose research focuses on autonomous space operations, orbital mechanics, and mission planning for next-generation satellite servicing and lunar exploration. His most influential work, "Automated and Adaptive Mission Planning for Orbital Express" (2008, 18 citations), contributed directly to DARPA’s landmark Orbital Express mission, which demonstrated autonomous rendezvous, fluid propellant transfer, and robotic replacement of satellite components—pioneering technologies now critical for on-orbit servicing and satellite longevity. More recently, Koblick has advanced cislunar dynamics with his 2025 paper "Novel Three-body Tulip-Shaped Orbit Families for Lunar Missions" (4 citations), introducing innovative trajectory families that leverage three-body gravitational interactions to enable efficient, low-fuel pathways for future lunar missions. His work bridges foundational autonomous systems with cutting-edge orbital design, offering practical solutions for sustainable space operations. Koblick’s contributions are shaping how spacecraft interact, refuel, and navigate in complex gravitational environments, making him a key figure in the evolution of autonomous in-space servicing and human exploration beyond low Earth orbit.