A comprehensive simulation of spacecraft aerobraking around Europa, including thermal modeling, spacecraft control, and data logging
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Updated
Apr 30, 2024 - Python
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aerobraking
Here are 4 public repositories matching this topic...
Reproducible aerocapture + EDL braking trade studies with audit-grade telemetry and verification—compare baselines, enforce q/g/heating constraints, and rerun results from a single config.
simulation telemetry verification monte-carlo-simulation trajectory-optimization spaceflight hypersonics reentry deceleration aerobraking guidance-navigation-control spacecraft-design aerocapture entry-descent-landing planetary-entry thermal-protection-system light-dynamics entry-corridor
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Mar 4, 2026 - Python
MSP: two-body orbital model written in Python
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Jun 14, 2020 - Python
Provide reproducible aerocapture and EDL deceleration architectures with verified models based on clear constraints and telemetry data.
simulation telemetry verification monte-carlo-simulation trajectory-optimization spaceflight hypersonics deceleration aerobraking spacecraft-design entry-descent-landing planetary-entry thermal-protection-system light-dynamics entry-corridor
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Apr 20, 2026 - Python
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