# Fengyun 2F AKM

> 38072

**Wikidata**: [Q111472002](https://www.wikidata.org/wiki/Q111472002)  
**Source**: https://4ort.xyz/entity/fengyun-2f-akm

## Summary
Fengyun 2F AKM is an artificial satellite recorded in the provided sources by the identifier 38072. The available metadata for this entity in the sources consists of classification as an artificial satellite and identifier mappings in Wikidata and the Wolfram Language.

## Key Facts
- Entity name: Fengyun 2F AKM (as provided).
- Instance of: artificial satellite (human-made object put into an orbit).
- Raw description in the source: 38072.
- Wikidata description: 38072.
- Wolfram Language entity code: Entity["Satellite", "38072"].
- The class "artificial satellite" in the related data is defined as a human-made object put into an orbit.
- The related class "artificial satellite" is shown with a sitelink_count of 142 in the provided material.
- The provided source material contains no additional technical specifications, launch dates, operators, or orbital details for this entity.

## FAQs
### Q: What is Fengyun 2F AKM?
A: Fengyun 2F AKM is an entity classified as an artificial satellite in the provided sources and is associated with the identifier 38072.

### Q: When was Fengyun 2F AKM launched and who operates it?
A: The provided source material does not include any launch date, launch vehicle, or operator information for Fengyun 2F AKM.

### Q: Where can I find a machine-readable identifier for this satellite?
A: The provided material gives a Wikidata description value of "38072" and a Wolfram Language entity code Entity["Satellite", "38072"] for this satellite.

## Why It Matters
Even when limited to identifier-level metadata, entries like Fengyun 2F AKM matter because they enable unambiguous referencing and data linking across knowledge systems. A stable identifier (38072) and mappings into widely used platforms such as Wikidata and the Wolfram Language are foundational for interoperability, cataloging, and further research. These identifiers allow researchers, cataloguers, and automated agents to cross-check, merge, and enrich data from other sources when additional information becomes available. In the context of space situational awareness, satellite catalog entries are the first step in tracking, historical record-keeping, and enabling downstream applications such as collision analysis, signal attribution, and scientific study. The presence of this satellite in structured resources, even with minimal metadata, means it can be incorporated into larger datasets and linked to future detailed records.

## Notable For
- Being recorded under the identifier 38072 in the provided sources.
- Classification as an artificial satellite (a human-made object placed into orbit).
- Representation in the Wolfram Language as Entity["Satellite", "38072"].
- Having a Wikidata description entry of "38072".
- The source-level record explicitly lacks technical and operational details, making it notable as an identifier-only entry.

## Body

### Identification
- Provided entity name: Fengyun 2F AKM.
- Raw description field value: 38072.
- Wikidata description field value: 38072.
- Wolfram Language mapping: Entity["Satellite", "38072"].

### Classification
- Instance of: artificial satellite.
- Class definition (from related material): a human-made object put into an orbit.
- Related class sitelink_count (from provided material): 142.

### Available Records in Source Material
- Identifier-level metadata present:
  - Numeric identifier/description: 38072.
  - Wikidata description: 38072.
  - Wolfram Language entity: Entity["Satellite", "38072"].
- No technical specifications provided in the source:
  - No launch date.
  - No launch vehicle.
  - No operator or owning organization.
  - No orbital parameters (altitude, inclination, epoch).
  - No physical dimensions, mass, or payload descriptions.

### Limits and Gaps in the Provided Data
- The source material is limited to classification and identifier mappings.
- Operational, historical, and technical details are not present in the provided material.
- Use of external sources would be required to obtain launch, operator, mission, and orbital information.