This project aims to build a dynamic simulation model for a spacecraft's journey from a Low Earth Orbit (LEO) to a stable lunar orbit, based on classical physics laws.
🚀 Simulate Apollo 11's journey to the Moon with this 3D orbital mechanics tool, featuring realistic physics and interactive visualizations.
First measured result on whether epistemic metadata changes how AI consumers answer derivation questions over an MBSE model. 3 LLMs × 120 judged answers over the public Apollo 11 SysML v2 model. Anonymised for double-blind review.
A small astrophilately collection
LUNAR_LANDING_GUIDANCE_EQUATIONS of the Apollo-11 which comes in assembly language, has been refactored into C++ code and then with the bad smells removed.
Python-based Apollo Lunar Module powered-descent GNC simulation modeling lunar translational dynamics, mass depletion, throttle constraints, and rate-limited thrust vector control within a modular nav/guid/control architecture. Focused on frame discipline, actuator saturation, and telemetry-driven validation.
http://www.ibiblio.org/apollo/yaDSKY.html Original Apollo 11 Guidance Computer (AGC) source code for the command and lunar modules. https://github.com/aibolem/PalmOS.Radiomayd/
Preserve and explore the original Apollo 11 Guidance Computer source code for the Command Module and Lunar Module.
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