IO Aerospace MCP Server
Server Details
MCP server for aerospace calculations: orbital mechanics, ephemeris, DSN operations, ...
- Status
- Unhealthy
- Last Tested
- Transport
- Streamable HTTP
- URL
- Repository
- IO-Aerospace-software-engineering/mcp-server
- GitHub Stars
- 14
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections. Dates show when Glama detected each change.
37 tool updates
- First observed
arcseconds_to_degrees - First observed
arcseconds_to_radians - First observed
astronomical_units_to_meters - First observed
convert_date_time - First observed
convert_degrees_to_hours - First observed
convert_equinoctial_elements_to_state_vector - First observed
convert_hours_to_degrees - First observed
convert_keplerian_elements_to_state_vector - First observed
convert_state_vector_to_equatorial_coordinates - First observed
convert_state_vector_to_equinoctial_elements - First observed
convert_state_vector_to_keplerian_elements - First observed
convert_state_vector_to_the_given_frame - First observed
current_date_time - First observed
degrees_to_arcseconds - First observed
degrees_to_radians - First observed
feet_to_meters - First observed
find_coordinate_constraint - First observed
find_distance_constraint - First observed
find_occulting_constraint - First observed
get_celestial_body_properties - First observed
get_deep_space_station_planetodetic_coordinates - First observed
get_deep_space_station_state_vector - First observed
get_dss_frame - First observed
get_ephemeris_as_state_vectors - First observed
get_horizontal_coordinates - First observed
kilometers_to_meters - First observed
light_years_to_meters - First observed
meters_to_astronomical_units - First observed
meters_to_feet - First observed
meters_to_kilometers - First observed
meters_to_light_years - First observed
meters_to_miles - First observed
meters_to_parsec - First observed
miles_to_meters - First observed
parsec_to_meters - First observed
radians_to_arcseconds - First observed
radians_to_degrees
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Discussions
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TDQS
Every tool has a clearly distinct purpose with no ambiguity, as they target specific conversion operations, coordinate calculations, or constraint analyses in aerospace contexts. For example, conversion tools are uniquely named by their input and output units, while constraint-finding tools specify different types like coordinate, distance, or occulting constraints.
Tool names follow a highly consistent verb_noun pattern throughout, using snake_case uniformly. Examples include 'arcseconds_to_degrees', 'convert_keplerian_elements_to_state_vector', and 'find_distance_constraint', making the set predictable and readable.
With 37 tools, the count is excessive for the apparent scope of aerospace calculations and conversions, making it feel heavy and potentially overwhelming. A more focused set of 10-20 tools could cover the same domain without redundancy, such as consolidating unit conversions into fewer generalized tools.
The tool surface is complete for aerospace and astronomical computations, covering unit conversions, coordinate transformations, state vector manipulations, constraint analyses, and ephemeris data retrieval. There are no obvious gaps, as it supports full workflows from data input to analysis and output in this domain.