# STRV

> type of geostationary communication satellites

**Wikidata**: [Q18483496](https://www.wikidata.org/wiki/Q18483496)  
**Source**: https://4ort.xyz/entity/strv

## Summary
STRV is a type of geostationary communication satellite. It is classified as a subclass of geostationary satellites, which orbit the Earth at a fixed position relative to the surface. The entity has limited documentation, with only one sitelink and presence in Portuguese Wikipedia.

## Key Facts
- STRV is classified as a subclass of geostationary satellite
- Has a Google Knowledge Graph ID: /g/11b60wzblq
- Wikidata description identifies it as a type of geostationary communication satellites
- Only one sitelink exists across knowledge bases
- Available in Portuguese Wikipedia language
- No detailed specifications or technical parameters are publicly documented
- No founding date or development timeline is available
- No version history or iterations are documented
- No dimensions, mass, or operational parameters are specified
- No launch dates or operators are identified in available sources

## FAQs
### Q: What does STRV stand for?
A: The source material does not provide information about what STRV stands for or its full name.

### Q: What type of satellite is STRV?
A: STRV is a geostationary communication satellite, meaning it maintains a fixed position relative to Earth's surface while providing communication services.

### Q: Where can I find information about STRV?
A: Information about STRV is limited, with only one sitelink available and presence in Portuguese Wikipedia.

## Why It Matters
STRV represents a specific category of geostationary communication satellites that play a crucial role in global telecommunications infrastructure. Geostationary satellites like STRV provide continuous coverage over specific regions, enabling reliable communication services including television broadcasting, internet connectivity, and military communications. These satellites operate at approximately 35,786 kilometers above the equator, matching Earth's rotation to maintain fixed positions. While specific details about STRV are limited, geostationary communication satellites collectively form the backbone of modern global communication networks, supporting everything from international phone calls to GPS navigation and weather monitoring systems.

## Notable For
- Classified as a geostationary communication satellite with fixed orbital position
- Listed in Google Knowledge Graph with specific identifier
- Recognized across multiple knowledge bases despite limited documentation
- Available in Portuguese language resources
- Represents a specific subclass within the broader geostationary satellite category

## Body
### Classification and Taxonomy
STRV is taxonomically classified as a subclass of geostationary satellites. This classification places it within the broader category of artificial satellites that maintain a fixed position relative to Earth's surface by orbiting at the same rotational speed as the planet.

### Knowledge Base Presence
The entity has minimal but verified presence across knowledge management systems. It maintains a single sitelink across all documented sources and appears in Portuguese Wikipedia, suggesting regional significance or documentation availability primarily in Portuguese-speaking regions.

### Technical Classification
As a geostationary communication satellite, STRV would theoretically operate at the standard geostationary orbit altitude of approximately 35,786 kilometers above the equator. However, specific technical parameters including launch details, operational specifications, and service capabilities are not documented in available sources.

### Documentation Limitations
Available information about STRV is notably sparse compared to other satellite systems. No founding dates, development history, version iterations, or technical specifications are provided in the source material. This limited documentation suggests either a specialized or niche application, or potentially limited public disclosure of technical details.