# Apstar 6E
**Wikidata**: [Q116974381](https://www.wikidata.org/wiki/Q116974381)  
**Source**: https://4ort.xyz/entity/apstar-6e

## Summary
Apstar 6E is a communications satellite designed for telecommunications that was launched into orbit on January 12, 2023. It is an artificial satellite that serves as a relay for data transmission and was deployed using a Long March 2C carrier rocket.

## Key Facts
- **Classification:** Communications satellite (artificial satellite designed for telecommunications)
- **Launch Date:** January 12, 2023
- **Launch Vehicle:** Long March 2C (Chinese orbital carrier rocket)
- **Satellite Catalog Number (SCN):** 55239
- **COSPAR ID:** 2023-005A
- **Instance of:** Communications satellite

## FAQs
### Q: What is the primary purpose of Apstar 6E?
A: Apstar 6E is an artificial satellite designed specifically for telecommunications. It functions as a communications satellite to facilitate the transmission of data and signals from orbit.

### Q: When was Apstar 6E launched and what rocket was used?
A: The satellite was launched on January 12, 2023. It was carried into space by the Long March 2C, which is a Chinese orbital carrier rocket.

### Q: How is Apstar 6E identified in satellite catalogs?
A: Apstar 6E is identified by the Satellite Catalog Number (SCN) 55239. It is also registered under the COSPAR ID 2023-005A.

## Why It Matters
Apstar 6E is a significant addition to the global telecommunications infrastructure, serving as an artificial satellite designed specifically for the transmission of data and signals. Launched on January 12, 2023, it plays a vital role in the field of orbital communications by providing the necessary hardware to facilitate long-distance telecommunications. The satellite's deployment via the Long March 2C carrier rocket underscores the importance of reliable orbital launch vehicles in maintaining modern connectivity. 

As a communications satellite, Apstar 6E helps solve the problem of transmitting information across large geographical areas where ground-based infrastructure may be limited or impractical. It functions as a relay point in space, allowing for the seamless flow of telecommunications data. Its presence in orbit, identified by SCN 55239, contributes to the density and capability of current satellite constellations. By fulfilling its role as a telecommunications platform, Apstar 6E supports the technical demands of a world increasingly dependent on satellite-based data exchange and orbital technology. Its successful launch and operation are essential for the continued expansion of telecommunications services provided by artificial satellites.

## Notable For
- **Launch Vehicle:** Utilized the Long March 2C, a specialized Chinese orbital carrier rocket, for its deployment.
- **Recent Deployment:** Represents a modern addition to telecommunications infrastructure with a launch date of January 12, 2023.
- **Technical Identification:** Tracked globally under the specific SCN 55239 and COSPAR ID 2023-005A.

## Body

### Launch and Orbital Deployment
Apstar 6E was successfully launched on January 12, 2023. The mission was supported by the Long March 2C, a Chinese orbital carrier rocket known for its role in placing payloads into space. This launch placed the satellite into its designated position to begin its role as an artificial communications relay.

### Technical Specifications and Tracking
The satellite is categorized under several international identification systems:
*   **SCN:** 55239
*   **COSPAR ID:** 2023-005A
*   **Instance Of:** Communications satellite

These identifiers allow for the precise tracking and management of the satellite as it orbits the Earth.

### Functional Classification
As a communications satellite, Apstar 6E belongs to a class of artificial satellites designed specifically for telecommunications. Its primary function is to receive and transmit data, supporting various communication networks. The satellite is part of a broader category of orbital assets that enable global connectivity and data exchange.

## References

1. Jonathan's Space Report