falcon9

Rock It! is an Android app that helps you stay informed on all things space

Explore a sophisticated Python repository demonstrating rocket takeoff simulations. Leverage realistic physics like thrust, drag, and gravity, while embracing parallel processing and OpenGL visualization. Witness intricate calculations simulating rocket trajectories, combining education and technology seamlessly.

A realistic physics-based Falcon 9 landing simulator written in Numerobis

JavaScript event listener exercise

A detailed analysis of SpaceX Falcon 9 first-stage landings explores various factors affecting landing success, such as payload mass, launch sites, and the use of grid fins. The analysis aims to provide insights into the performance and outcomes of Falcon 9 landings.

SpaceX Falcon 9 first-stage vertical propulsive landing simulation using G-FOLD convex optimization (SOCP). 100% Monte Carlo success rate across 100 runs! Features: 6-DOF dynamics, multi-engine 1-3-1 trajectory profile, MEKF state estimation, CLARABEL solver, fault injection hardening. Python + C++ | 猎鹰九号一级垂直回收G-FOLD凸优化仿真，蒙特卡洛100%成功率

Falcon 9 Max-Q Thrust Analysis

End-to-end Data Science project analyzing SpaceX Falcon 9 launches and predicting landing success using machine learning.

A small SpaceX themed game. Made for a school project.

Investigate the fist landing successful rate of the rocket -- Falcon 9

SpaceX Falcon 9 Prediction ,i.e predicts if the falcon 9 first stage will land sucessfully or not

Data Science project analyzing and predicting Falcon 9 launch outcomes using classification models

Predicting if SpaceX Falcon 9 first stage landing will be successful using Datascience

End-to-end ML pipeline predicting SpaceX Falcon 9 first-stage booster landing success. 87.5% accuracy via Decision Tree trained on 90+ historical launches. SQL EDA, Folium geospatial analysis, Plotly Dash dashboard. Python, scikit-learn, pandas.