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.
Companion artefact to the MODELS 2026 (NIER) paper. Does epistemic metadata change how AI consumers answer derivation questions over an MBSE model? 3 LLMs x 120 judged answers over the public Apollo 11 SysML v2 model. https://dl.acm.org/doi/10.1145/3822455.3838783 https://arxiv.org/abs/2609.16252v2
A FORTRAN reconstruction of VIEW, the Apollo-era UNIVAC 1108 program that drew astronaut window views onto microfilm — running live in the browser.
LS19 (Look Star 19) — tarayıcıda canlı uzay simülasyonu: Dünya'dan Ay'a görev, ~16.600 canlı uydu, ~55.000 asteroit (JPL SBDB) ve asteroit saptırma fizik motoru.
🚀 Simulate Apollo 11's journey to the Moon with this 3D orbital mechanics tool, featuring realistic physics and interactive visualizations.
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.
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/
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.
Preserve and explore the original Apollo 11 Guidance Computer source code for the Command Module and Lunar Module.
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