Gerald L. Condon
Papers
2
Total Citations
16
H-Index
2
About
Gerald L. Condon is a leading aerospace engineer specializing in human and robotic spaceflight mission design, with a particular focus on guidance, navigation, and control (GN&C) systems for planetary exploration. His work has been instrumental in shaping NASA’s strategic vision for deep-space human exploration, most notably through his contributions to the Asteroid Redirect Mission (ARM). Condon’s 2014 paper on the ARM crewed mission’s nominal design and performance (11 citations) provided a foundational framework for demonstrating how existing spacecraft capabilities could be evolved to enable a human mission to a near-Earth asteroid, directly supporting the U.S. goal of a 2025 crewed asteroid rendezvous. On the robotic side, his 2016 paper detailing a GN&C subsystem concept for the proposed Lunar MARE mission (5 citations) addressed the critical challenge of achieving safe, precision landing within a 100-meter radius on the Moon’s rugged terrain near Aristarchus crater—a capability essential for future sample-return and science objectives. Condon’s research bridges the gap between high-level mission architecture and the precise engineering required for successful landing and operations, making him a key figure in advancing both crewed and robotic planetary exploration.
Research Focus
Key Achievements
Top Papers
- 1Asteroid Redirect Crewed Mission Nominal Design and Performance11 citations · 2014
- 2