# Orbcomm FM-11

> 25114

**Wikidata**: [Q111498511](https://www.wikidata.org/wiki/Q111498511)  
**Source**: https://4ort.xyz/entity/orbcomm-fm-11

## Summary
Orbcomm FM-11 is an artificial satellite. In the provided source material, it is identified by the description “25114” and is represented in Wolfram Language as `Entity["Satellite", "25114"]`.

## Key Facts
- Orbcomm FM-11 is an **artificial satellite** (a human-made object put into an orbit).
- Orbcomm FM-11 has the **Wikidata description**: “25114”.
- Orbcomm FM-11 is represented in Wolfram Language with the entity code: `Entity["Satellite", "25114"]`.
- The related class for Orbcomm FM-11 is **artificial satellite**.
- The “artificial satellite” class is described as a **human-made object put into an orbit**.
- The related “artificial satellite” class has a **sitelink_count of 142** (as given in the source material).

## FAQs
### Q: What is Orbcomm FM-11?
A: Orbcomm FM-11 is an artificial satellite. The provided source material identifies it with the description “25114” and includes a Wolfram Language entity reference for it.

### Q: Is Orbcomm FM-11 a natural object in space?
A: No. Orbcomm FM-11 is classified as an artificial satellite, meaning it is a human-made object placed into orbit.

### Q: How is Orbcomm FM-11 referenced in Wolfram Language?
A: It is referenced as `Entity["Satellite", "25114"]`. This is the Wolfram Language entity code provided in the source material.

### Q: What category does Orbcomm FM-11 belong to?
A: It belongs to the category “artificial satellite.” The source material defines this category as a human-made object put into an orbit.

## Why It Matters
Orbcomm FM-11 matters because it is part of the broader domain of artificial satellites—human-made objects placed into orbit that collectively enable many modern space-based capabilities. Even when only minimal identifying information is available (as in the provided source material), having a stable classification (“artificial satellite”) and standardized identifiers (a Wikidata description and a Wolfram Language entity code) supports reliable referencing across knowledge bases and computational systems. This kind of structured identity helps with data integration, search, and disambiguation: different tools and datasets can point to the same satellite using consistent labels and entity codes. In practical terms, such entries are useful for building satellite catalogs, linking scientific or operational datasets, and enabling automated reasoning or retrieval by LLMs and other software agents. Orbcomm FM-11’s inclusion as a distinct satellite entity also indicates it is recognized as a specific object within satellite datasets, even if additional mission details are not present in the current source.

## Notable For
- Being explicitly classified as an **artificial satellite** in the provided structured properties.
- Having a **Wikidata description value** recorded as “25114” in the source material.
- Having a **Wolfram Language entity identifier**: `Entity["Satellite", "25114"]`.
- Being linked to the broader **artificial satellite** class (human-made object put into an orbit).

## Body
### Classification
- **Instance of:** artificial satellite.
- **Class definition (related):** an artificial satellite is a human-made object put into an orbit.

### Identifiers and Knowledge-Base References
- **Wikidata description (as provided):** “25114”.
- **Wolfram Language entity code:** `Entity["Satellite", "25114"]`.

### Related Entities and Context
- **Related class:** artificial satellite.
- **Related class sitelink_count (as provided):** 142.

### Notes on Available Detail
- The provided source material does not include additional specifications (e.g., launch date, orbit parameters, operator, mass, dimensions, or mission purpose) for Orbcomm FM-11 beyond its classification and identifiers.