$ loading_
Perform astrodynamics analysis for orbit propagation, transfers, and mission window planning.
Copy the install command and let the AI configure it · recommended for beginners
Please install the "astrodynamics-mcp" MCP server from askskill: Run: claude mcp add 'io-github-astro-tools-astrodynamics-mcp' -- uvx astrodynamics-mcp
Using the following TLE, propagate the orbit for the next 24 hours with SGP4, output position and velocity every 10 minutes, and summarize perigee, apogee, and orbital period.
A time-series of orbital state vectors plus a summary of key orbital parameters.
Calculate Lambert transfer opportunities between the departure and target orbits over the next 30 days, listing feasible launch windows, time of flight, required delta-v, and the best option.
A set of transfer window candidates with time-of-flight, delta-v comparison, and a recommended option.
Using the provided departure and arrival ephemerides, generate a porkchop analysis showing C3, time of flight, and total delta-v across launch and arrival dates, then summarize low-cost regions.
Structured porkchop analysis results highlighting the most valuable low-cost mission design regions.
Calculate ephemeris data and planetary positions for dates and locations.
Run 2D airfoil geometry, meshing, CFD solving, and visualization through MCP.
Compute astrology charts, planetary positions, houses, aspects, and transit analysis.
Provides basic arithmetic calculations for quick add, subtract, multiply, and divide tasks.
Use Brahe astrodynamics for space situational awareness and orbital calculations.
Aggregate coding plan services for code review, plan review, and AI coding dialogue.