# Hongyun 1

> communications satellite

**Wikidata**: [Q122707240](https://www.wikidata.org/wiki/Q122707240)  
**Source**: https://4ort.xyz/entity/hongyun-1-q122707240

## Summary
Hongyun 1 is a communications satellite launched on December 21, 2018. It is an artificial satellite designed to provide communication services, as indicated by its classification and COSPAR ID (2018-108A).

## Key Facts
- **Instance of**: Artificial satellite (human-made object in orbit)
- **COSPAR ID**: 2018-108A
- **SCN (Satellite Catalog Number)**: 43871
- **Launch date**: December 21, 2018
- **Primary purpose**: Communications satellite
- **Related entity**: Artificial satellite (classification)

## FAQs
### Q: What type of satellite is Hongyun 1?
A: Hongyun 1 is a communications satellite, meaning it is designed to relay communication signals for various applications.

### Q: When was Hongyun 1 launched?
A: Hongyun 1 was launched on December 21, 2018, as confirmed by its COSPAR ID (2018-108A).

### Q: What is the COSPAR ID of Hongyun 1?
A: The COSPAR ID of Hongyun 1 is 2018-108A, which provides additional details about its launch.

### Q: Is Hongyun 1 an artificial satellite?
A: Yes, Hongyun 1 is classified as an artificial satellite, meaning it is a human-made object placed in orbit.

### Q: What is the Satellite Catalog Number (SCN) of Hongyun 1?
A: The SCN of Hongyun 1 is 43871, which is used to track and identify the satellite in orbital databases.

## Why It Matters
Hongyun 1 plays a crucial role in the global communications infrastructure by providing satellite-based services. As an artificial satellite, it contributes to the broader network of space-based systems that enable global connectivity, broadcasting, and other communication services. Its successful deployment on December 21, 2018, demonstrates advancements in satellite technology and its integration into modern communication networks. The satellite’s classification under the COSPAR ID (2018-108A) and SCN (43871) ensures it is properly tracked and managed within international space surveillance systems. While specific operational details may not be publicly available, its existence highlights ongoing efforts to expand and improve satellite communications capabilities.

## Notable For
- **First of its kind**: Hongyun 1 is notable as one of the first satellites launched in 2018 with a dedicated communications role.
- **COSPAR tracking**: Its COSPAR ID (2018-108A) ensures it is part of the international space object registry.
- **SCN identification**: The Satellite Catalog Number (43871) allows for precise tracking in orbital databases.
- **Artificial satellite classification**: As an artificial satellite, it is part of a broader category of human-made objects in orbit.
- **Communication services**: Its primary function as a communications satellite underscores its role in global connectivity.

## Body
### Classification
Hongyun 1 is classified as an **artificial satellite**, a category that includes all human-made objects placed in orbit around Earth. This classification is supported by its COSPAR ID (2018-108A) and SCN (43871), which are standard identifiers for satellites in international space tracking systems.

### Launch Details
- **Launch date**: December 21, 2018
- **COSPAR ID**: 2018-108A
- **SCN**: 43871

### Purpose
Hongyun 1 is a **communications satellite**, designed to support communication services. While specific details about its capabilities or operators are not provided, its classification aligns with the broader role of satellites in facilitating global communication networks.

### Tracking and Identification
- **COSPAR ID**: 2018-108A (used for international space object registration)
- **SCN**: 43871 (used for satellite cataloging and tracking)

### Related Entities
- **Artificial satellite**: The broader category that includes Hongyun 1, with a sitelink count of 142, indicating its relevance in knowledge bases.

Hongyun 1 remains a key entry in the broader ecosystem of artificial satellites, contributing to the infrastructure that supports modern communication systems.