Ptera Software is a fast, easy-to-use, and open-source software package for analyzing flapping-wing flight.

A list of aerospace engineering learning resources 🚀✈️

Simulation of High Aspect Ratio aeroplanes and wind turbines in Python: a nonlinear aeroelastic code

Tucan remains among the simplest and most user friendly programs for aerodynamics based on vortex lattice methods. This project is unique in many ways, while the most prominent feature is that it is entirely based in .NET. Recompiling the project is very easy and you can have tons of fun extending the source code.

a mechanical engineering toolbox

Simulation and analysis tools for autonomous F-16 maneuvers as a V&V benchmark

A study plan of CFD in aeronautics.

A java program decoding metar and taf

Vortex Lattice Method library written in Python

Parser for METeorological Aerodrome Reports (METARs) and Terminal Aerodrome Forecasts (TAFs) in Typescript

Flight mechanics utils

Aircraft Conceptual Design Software

ezaero - Easy aerodynamics in Python ✈️

This project outputs G-code that is used to control a 4-axis hot wire cutter, employed to cut a wing / airfoil from a physical block of foam. Effectively, it is a slicer for a particular arrangement of raw-coordinate data files.

A toolbox for aeronautic calculations

The AI-PMS Microservice uses AI to predict aircraft system failures before they occur, optimizing maintenance and enhancing safety. This modular microservice integrates with fleet management systems, providing real-time predictions and automated alerts for preventive maintenance interventions.

PteraControls is a tool for designing control systems for flapping wing vehicles.

Parser for aeronautical and meteorological information from land stations, METAR and TAF. Coming soon SYNOP.

Ruby gem for FlightRadar24.

A Python script written to perform aircraft weight estimations and inertia calculations