Astrodynamics Mcp
Give your coding agent orbital-mechanics primitives—TLE propagation, Lambert transfers, access windows—for space or simulation side projects.
Overview
astrodynamics-mcp is an MCP server for the Build phase that exposes TLE/SGP4, Lambert, access windows, porkchop, and B-plane targeting tools to coding agents.
What is this MCP server?
- TLE ingestion and SGP4 propagation workflows
- Lambert transfer and B-plane targeting calculations
- Ground-station access windows and porkchop plot support
- PyPI astrodynamics-mcp with uvx stdio launch (v0.4.0)
- Domain-focused tools for space apps and engineering notebooks
- PyPI package astrodynamics-mcp version 0.4.0
- Documented tool areas: TLE/SGP4, Lambert, access windows, porkchop, B-plane targeting
- stdio transport via uvx
What problem does it solve?
Reimplementing orbit propagation and targeting in every agent session is slow and error-prone for space-side projects.
Who is it for?
Builders of satellite trackers, mission-planning toys, or aerospace automation who want agent-callable orbit mechanics.
Skip if: General SaaS products with no orbital or simulation requirements.
What do I get? / Deliverables
Your agent can call vetted astrodynamics MCP tools so prototypes and integrations ship faster with consistent orbital math.
- Agent-callable astrodynamics computations (TLE/SGP4, Lambert, windows, porkchop, B-plane)
- Faster space-domain prototypes without bespoke math libraries per repo
- Version 0.4.0 astrodynamics-mcp in your agent toolchain
Recommended MCP Servers
Journey fit
Specialized computation APIs are integrated during Build when you wire domain logic into agents, dashboards, or prototypes. Astrodynamics routines are integration-layer capabilities agents call instead of reimplementing SGP4 and targeting math by hand.
How it compares
Specialized astrodynamics MCP toolkit, not a general-purpose maps or weather integration.
Common Questions / FAQ
Who is Astrodynamics Mcp for?
Developers and researchers building space-related software who want MCP-backed TLE, Lambert, and access-window calculations inside their agent.
When should I use Astrodynamics Mcp?
Use it during Build when you integrate orbit propagation, transfer design, or visibility analysis into an app, script, or agent workflow.
How do I add Astrodynamics Mcp to my agent?
Register a stdio MCP server using uvx Astrodynamics Mcp from PyPI, then expose the astrodynamics tools to your Claude Code or Cursor configuration.