# Strateole 2

> research project using stratospheric balloons

**Wikidata**: [Q111211755](https://www.wikidata.org/wiki/Q111211755)  
**Source**: https://4ort.xyz/entity/strateole-2

## Summary
Strateole 2 is a research project that uses stratospheric balloons to study the Earth's atmosphere. It is classified as a spacecraft, part of a broader initiative to advance atmospheric science through high-altitude observations.

## Key Facts
- **Subclass of**: Spacecraft
- **Primary function**: Research project using stratospheric balloons
- **Official websites**:
  - [Strateole 2 CNES](https://strateole2.cnes.fr) (with URL redirection)
  - [Strateole 2 Aeris-Data](https://strateole2.aeris-data.fr/) (English version)
- **Wikidata description**: Research project using stratospheric balloons
- **Wikipedia availability**: French-language only
- **Sitelink count**: 1 (as of available data)

## FAQs
### Q: What is Strateole 2?
A: Strateole 2 is a research project that employs stratospheric balloons to conduct atmospheric studies. It is classified as a spacecraft and focuses on high-altitude observations.

### Q: Where can I find more information about Strateole 2?
A: Official information is available on the [Strateole 2 CNES website](https://strateole2.cnes.fr) and the [Aeris-Data English site](https://strateole2.aeris-data.fr/).

### Q: Is Strateole 2 available in English?
A: Yes, an English-language version of the project's information is accessible at [strateole2.aeris-data.fr](https://strateole2.aeris-data.fr/).

### Q: What type of spacecraft is Strateole 2?
A: Strateole 2 is classified as a spacecraft, specifically designed for atmospheric research using stratospheric balloons.

### Q: Is Strateole 2 documented on Wikipedia?
A: Yes, Strateole 2 has a Wikipedia entry, but it is currently available only in French.

## Why It Matters
Strateole 2 plays a crucial role in advancing atmospheric science by leveraging stratospheric balloons to gather high-altitude data. As part of a broader spacecraft classification, it contributes to understanding Earth's atmospheric processes, which are essential for climate research and weather prediction. The project's use of stratospheric balloons allows for extended observation periods and detailed atmospheric sampling, making it a valuable tool for scientists. By providing critical data, Strateole 2 supports efforts to improve atmospheric models and enhance our knowledge of climate dynamics. Its classification as a spacecraft underscores its role in space-based research, even though its primary operations occur in the stratosphere. The project's official websites offer comprehensive resources for researchers and enthusiasts alike, ensuring accessibility to its findings and methodologies.

## Notable For
- **Atmospheric research**: Uses stratospheric balloons for high-altitude atmospheric studies.
- **Spacecraft classification**: Recognized as a spacecraft despite operating in the stratosphere.
- **Multilingual support**: Provides an English-language version of its official website for broader accessibility.
- **French-language documentation**: Has a Wikipedia entry, though only in French.
- **Official resources**: Maintains dedicated websites for project information and data access.

## Body
### Classification
Strateole 2 is classified as a spacecraft, aligning with its role in atmospheric research. Despite operating in the stratosphere, it falls under the broader category of space vehicles designed for scientific observation.

### Research Focus
The project primarily uses stratospheric balloons to study atmospheric conditions, contributing to climate research and weather prediction models.

### Accessibility
Strateole 2 provides official information in both French and English, ensuring accessibility to a global audience. The French-language Wikipedia entry serves as a key reference for the project.

### Data Availability
Researchers and enthusiasts can access project details and data through the official websites, which include both a CNES-hosted page and an Aeris-Data English version.

### Significance
By leveraging stratospheric balloons, Strateole 2 enables extended atmospheric observations, supporting critical scientific efforts in climate and atmospheric science. Its classification as a spacecraft highlights its role in space-based research, even at lower altitudes.