# SRET
**Wikidata**: [Q18027603](https://www.wikidata.org/wiki/Q18027603)  
**Source**: https://4ort.xyz/entity/sret

## Summary
SRET (Satellite des Recherches et d’Études Technologiques) is a technology demonstration spacecraft developed to test experimental technologies in space. It is part of a series of satellites, including SRET 1 and SRET 2, and is also known by aliases such as MAS (Maliy Avtonomiy Sputnik) in Russian and related variants.

## Key Facts
- **Class**: Technology demonstration spacecraft and spacecraft
- **Aliases**: MAS (Russian: Maliy Avtonomiy Sputnik), SRET 1, SRET 2, Satellite des Recherches et d’Études Technologiques, Mali Avtonomi Spoutnik
- **Related Entities**: SRET 1, SRET 2
- **Wikipedia Availability**: Available in German (de), French (fr), Galician (gl), Russian (ru), and Ukrainian (uk)
- **Google Knowledge Graph ID**: /g/11b60vk9ts
- **Wolfram Language Entity Code**: Entity["Satellite", "07910"]
- **Sitelink Count**: 5 (indicating moderate online presence)

## FAQs
### Q: What is the purpose of SRET?
A: SRET is a technology demonstration spacecraft designed to test experimental technologies in space. It serves as a platform for evaluating new systems and components in a real-world orbital environment.

### Q: How many SRET satellites exist?
A: There are at least two known SRET satellites: SRET 1 and SRET 2. The series may include additional variants under different names.

### Q: What languages are SRET-related Wikipedia articles available in?
A: Wikipedia articles about SRET are available in German, French, Galician, Russian, and Ukrainian.

### Q: What is the Russian name for SRET?
A: In Russian, SRET is known as Maliy Avtonomiy Sputnik (MAS), which translates to "Small Autonomous Satellite."

### Q: Is SRET part of a larger satellite program?
A: While the source does not specify a larger program, SRET is related to SRET 1 and SRET 2, suggesting it may be part of a series or family of experimental satellites.

## Why It Matters
SRET plays a crucial role in advancing space technology by providing a dedicated platform for testing new systems and components in the harsh environment of space. As a technology demonstration spacecraft, it helps validate innovative solutions before they are integrated into larger missions. Its existence underscores the ongoing efforts to push the boundaries of space exploration and satellite capabilities. By serving as a testbed, SRET contributes to the development of more reliable and efficient space systems, ultimately supporting future space missions and scientific research.

## Notable For
- **Experimental Focus**: SRET is specifically designed for technology demonstration, making it a key asset for evaluating new space systems.
- **Multilingual Documentation**: Its Wikipedia presence in multiple languages (German, French, Galician, Russian, and Ukrainian) highlights its international significance.
- **Series Development**: The existence of SRET 1 and SRET 2 suggests a structured approach to satellite development and testing.
- **Russian Aliases**: The use of Russian names (MAS) indicates its potential involvement in international or dual-use space programs.
- **Google Knowledge Graph Recognition**: Its inclusion in Google’s Knowledge Graph reflects its notable status in the space technology domain.

## Body
### Classification
SRET is classified as both a **spacecraft** and a **technology demonstration spacecraft**, emphasizing its role in testing experimental technologies. This dual classification highlights its specialized purpose within the broader field of space exploration.

### Related Entities
SRET is closely associated with **SRET 1** and **SRET 2**, indicating a series or family of satellites focused on similar objectives. The presence of these related entities suggests a systematic approach to satellite development and testing.

### Aliases and Names
SRET is known by multiple aliases, including **MAS (Maliy Avtonomiy Sputnik)** in Russian, reflecting its potential involvement in international or dual-use space programs. The French name **Satellite des Recherches et d’Études Technologiques** further emphasizes its role in technological research.

### Wikipedia Availability
SRET-related articles are available in **German, French, Galician, Russian, and Ukrainian**, indicating its significance in multiple linguistic and cultural contexts. This multilingual presence suggests a broad international interest in the satellite’s development and applications.

### Digital Recognition
SRET is recognized by **Google’s Knowledge Graph** (ID: /g/11b60vk9ts) and has a **Wolfram Language entity code (Entity["Satellite", "07910"])**, reflecting its notable status in digital knowledge bases. Its **sitelink count of 5** indicates a moderate but established online presence.

### Role in Space Technology
As a **technology demonstration spacecraft**, SRET serves as a critical testbed for evaluating new systems and components in space. Its existence contributes to the advancement of space technology by validating innovative solutions before they are deployed in larger missions. This role is essential for ensuring the reliability and efficiency of future space systems.