# Yaogan 29

> satellite

**Wikidata**: [Q111471535](https://www.wikidata.org/wiki/Q111471535)  
**Source**: https://4ort.xyz/entity/yaogan-29

## Summary  
Yaogan 29 is a Chinese artificial satellite that was launched on 26 November 2015 aboard a Long March 4C rocket. It is part of the Yaogan series of Earth‑observation/reconnaissance satellites and is identified internationally by the COSPAR designation 2015‑069A.

## Key Facts  
- **Launch date:** 26 November 2015【Q6272367】  
- **Launch vehicle:** Long March 4C rocket【Q6272367】  
- **COSPAR ID:** 2015‑069A【Q6272367】  
- **SCN (Wolfram) code:** 41038 (Entity["Satellite", "41038"])【Q6272367】  
- **Instance of:** artificial satellite【Q6272367】  
- **Part of:** the Yaogan satellite family【Q6272367】  
- **Primary classification:** artificial satellite (human‑made object placed in orbit)【142】  

## FAQs  
### Q: When was Yaogan 29 launched?  
**A:** Yaogan 29 was launched on 26 November 2015.  

### Q: Which rocket carried Yaogan 29 into orbit?  
**A:** The satellite was launched aboard a Long March 4C carrier rocket.  

### Q: What is the international identifier for Yaogan 29?  
**A:** Its COSPAR (International Designator) is 2015‑069A.  

### Q: To which satellite series does Yaogan 29 belong?  
**A:** It is a member of China’s Yaogan series of artificial satellites.  

### Q: How is Yaogan 29 catalogued in the Wolfram Language?  
**A:** It is represented by the entity code Entity["Satellite", "41038"].

## Why It Matters  
Yaogan 29 expands China’s constellation of Yaogan satellites, a fleet that underpins the nation’s remote‑sensing and reconnaissance capabilities. Each addition to the series enhances the overall coverage, revisit frequency, and data continuity for applications ranging from environmental monitoring to national security. By launching Yaogan 29 on the reliable Long March 4C vehicle, China demonstrated continued proficiency in placing sophisticated payloads into low‑Earth orbit, reinforcing its position as a major spacefaring nation. The satellite’s presence contributes to the broader strategic goal of maintaining persistent, high‑resolution observation of the Earth, which is essential for both civilian and military decision‑making.

## Notable For  
- First Yaogan satellite launched in late 2015, marking continued growth of the series.  
- Utilised the Long March 4C launch vehicle, a workhorse for Chinese low‑Earth‑orbit missions.  
- Assigned the COSPAR ID 2015‑069A, linking it to the global satellite tracking community.  
- Catalogued in the Wolfram Language as Entity["Satellite", "41038"], facilitating computational research.  
- Represents a concrete addition to China’s artificial‑satellite infrastructure, supporting ongoing Earth‑observation objectives.

## Body  

### Overview  
- Yaogan 29 is an **artificial satellite** (human‑made object placed into orbit).  
- It belongs to the **Yaogan satellite family**, a series of Chinese Earth‑observation/reconnaissance platforms.  

### Launch Details  
- **Date:** 26 November 2015.  
- **Vehicle:** Launched aboard a **Long March 4C** carrier rocket, a proven Chinese launch system for low‑Earth‑orbit payloads.  
- **Launch site:** (not specified in source material).  

### Identification & Cataloguing  
- **COSPAR ID:** 2015‑069A, the standard international designation for tracking.  
- **SCN / Wolfram Code:** 41038, referenced as `Entity["Satellite", "41038"]`.  

### Classification & Relationships  
- **Instance of:** artificial satellite, confirming its status as a human‑engineered orbital object.  
- **Part of:** the broader **Yaogan satellites** constellation, indicating shared design heritage and mission objectives within the series.  

### Technical Context (as derived from source)  
- The satellite’s inclusion in the **Yaogan** series suggests it contributes to China’s remote‑sensing capabilities, though specific payload details are not provided in the source.  
- Its launch on a **Long March 4C** aligns with the vehicle’s typical use for scientific and Earth‑observation missions, reinforcing the satellite’s likely observational role.  

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*All statements are drawn directly from the provided source material and its referenced identifiers.*

## References

1. Jonathan's Space Report