What is Aerospace API used for?

Aerospace API is a comprehensive server and API designed for aerospace research, flight planning, and advanced orbital mechanics calculations. It serves educational, research, and development purposes, providing robust tools for simulation and analysis.

Can Aerospace API handle space and orbital mechanics?

Absolutely. It provides advanced tools for orbital element conversion, propagation (with J2 perturbations), ground track computation, Hohmann transfers, rendezvous planning, trajectory optimization, and solving the Lambert problem.

What kind of flight planning capabilities does it offer?

It features intelligent airport resolution for over 28,000 airports worldwide, great-circle route calculation, and aircraft performance estimation using OpenAP and advanced atmospheric modeling. Please note, it's not for real-world navigation.

How can I access the Aerospace API?

The service supports dual integration methods: a standard HTTP REST API for broad compatibility and the Model Context Protocol (MCP) for streamlined integration with compatible environments like Claude Desktop.

Aerospace

Name: Aerospace
Author: cheesejaguar

bycheesejaguar

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Offers a comprehensive API and server for aerospace research, flight planning, and advanced orbital mechanics calculations.

Aerospace is a robust server that integrates both a standard HTTP API and Model Context Protocol (MCP) capabilities to provide extensive aerospace research and flight planning services. Built with FastMCP, it streamlines the development of aerospace-related applications by offering intelligent airport resolution, precise great-circle route calculations, aircraft performance estimation via OpenAP, and sophisticated atmospheric modeling. Furthermore, it delves into complex space and orbital mechanics, including orbit propagation with J2 perturbations, Hohmann transfers, trajectory optimization using advanced algorithms, and ground track computation. It's explicitly designed for educational, research, and development purposes and should not be used for real-world navigation or certified operations due to its theoretical nature and lack of real-time operational data integration.

Key Features

01Aircraft Performance Estimation via OpenAP and Atmospheric Modeling

02Dual HTTP REST API and Model Context Protocol (MCP) Integration

030 GitHub stars

04Comprehensive Flight Planning with intelligent airport resolution (28,000+ airports)

05Advanced Space & Orbital Mechanics calculations (propagation, Hohmann transfers, optimization)

06Coordinate Frame Transformations (ECEF, ECI, geodetic) and Aerodynamic Analysis

Use Cases

01Theoretical flight planning and orbital mission design

02Aerospace research and development projects

03Educational simulations and academic studies