# SuperView 1 03

> 43099

**Wikidata**: [Q52376383](https://www.wikidata.org/wiki/Q52376383)  
**Source**: https://4ort.xyz/entity/superview-1-03

## Summary
SuperView 1 03 is an artificial satellite and spacecraft identified by the Satellite Catalog Number (SCN) 43099. It was successfully launched into orbit on January 9, 2018, utilizing a Long March 2D carrier rocket. The launch originated from the Taiyuan Satellite Launch Center, marking its deployment as a human-made object designed to fly in space.

## Key Facts
- **SCN (Satellite Catalog Number):** 43099
- **COSPAR ID:** 2018-002A
- **Launch Date:** January 9, 2018
- **Launch Vehicle:** Long March 2D (Chinese orbital carrier rocket)
- **Launch Site:** Taiyuan Satellite Launch Center
- **Instance of:** Artificial satellite, Spacecraft
- **Aliases:** SUPERVIEW-1 03
- **Significant Event:** Rocket launch (occurred January 9, 2018)
- **Primary Language Resource:** Wikipedia entry available in Chinese (`zh`)

## FAQs
### Q: When was SuperView 1 03 launched?
A: SuperView 1 03 was launched on January 9, 2018. This date is registered as the start of its mission and the point of its significant event (rocket launch).

### Q: What rocket was used to launch SuperView 1 03?
A: The satellite was launched aboard a Long March 2D, which is classified as a Chinese orbital carrier rocket.

### Q: How is SuperView 1 03 tracked internationally?
A: The spacecraft is tracked under the COSPAR ID 2018-002A and the Satellite Catalog Number (SCN) 43099.

## Why It Matters
SuperView 1 03 serves as a distinct unit within the broader scope of space infrastructure, representing a specific instance of orbital deployment. As an artificial satellite, it contributes to the network of human-made objects orbiting Earth, a domain critical for modern communications, observation, and data collection.

The entry is significant for space tracking and orbital management due to its precise identification codes (SCN 43099 and COSPAR 2018-002A). These identifiers allow organizations to monitor the object's trajectory and ensure it remains a cataloged piece of space hardware. Its launch via the Long March 2D rocket also places it within the operational history of China's space program, specifically utilizing the Taiyuan Satellite Launch Center infrastructure.

## Notable For
- **Specific Orbital Identity:** Uniquely identified by the Satellite Catalog Number 43099 and international designator 2018-002A.
- **Launch Configuration:** Deployed as the primary payload (indicated by the "A" in 2018-002A) of the 2018-002 launch mission.
- **Carrier System:** Utilization of the Long March 2D, a specific class of Chinese orbital carrier rocket designed for spaceflight.
- **Wolfram Integration:** Recognized as a distinct entity within the Wolfram Language system as `Entity["Satellite", "43099"]`.

## Body

### Technical Identity and Classification
SuperView 1 03 is formally classified as both a **spacecraft** and an **artificial satellite**. By definition, this indicates it is a vehicle or machine designed to fly in space and functions as a human-made object put into an orbit around Earth.

Specific identifiers assigned to this entity include:
*   **Satellite Catalog Number (SCN):** 43099
*   **COSPAR International Designator:** 2018-002A
*   **Wolfram Language Code:** `Entity["Satellite", "43099"]`

### Mission Launch Details
The spacecraft's operational history began with a specific **rocket launch** event. Key logistical details regarding its deployment include:

*   **Point in Time:** The launch occurred precisely on **January 9, 2018**.
*   **Launch Vehicle:** The mission utilized the **Long March 2D**, a Chinese orbital carrier rocket.
*   **Start Point:** The launch originated from the **Taiyuan Satellite Launch Center**.

### Data Sources and References
The structural data regarding SuperView 1 03 is derived from multiple authoritative databases, including references mapped to Wikidata identifiers (e.g., Q6272367, Q1347705). The entity has a documented presence on Wikipedia in the Chinese language (`zh`), reflecting its regional operator relevance.

## References

1. Jonathan's Space Report
2. NASA Space Science Data Coordinated Archive