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.

Gráfico en Python que muestra las emisiones de CO₂ del Falcon 9 por tramos de 10 km hasta los 100 km. A partir de los 70 km, al pasar a su segunda fase, las emisiones disminuyen. Ideal para visualizar el impacto ambiental de los lanzamientos y aprender a crear gráficos con Matplotlib.

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.

Falcon 9 Max-Q Thrust Analysis

JavaScript event listener exercise

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

Programa en Python que simula el recorrido de cohetes inspirado en el Falcon 9. El usuario define cuántos cohetes viajarán y las horas de vuelo. El sistema estima distancia recorrida, emisiones de CO2, clasifica el tipo de órbita y muestra una visualización comparativa mediante gráficos circulares. para fines educativos y practica de programacion!!

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

An end-to-end machine learning pipeline optimising commercial launch costs by predicting SpaceX Falcon 9 landing outcomes with 87% accuracy. Includes interactive Dash analytics and comprehensive strategic documentation.

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

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