# Broadcasting Satellite (Japanese)

> Japanese satellite

**Wikidata**: [Q6288445](https://www.wikidata.org/wiki/Q6288445)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Yuri_(satellite))  
**Source**: https://4ort.xyz/entity/broadcasting-satellite-japanese

## Summary
The Broadcasting Satellite (Japanese), also known as Yuri, is a Japanese satellite designed for broadcasting purposes. It belongs to the spacecraft class, a category of vehicles or machines engineered for spaceflight, and is specifically classified as a Japanese satellite in Wikidata. As a critical component of Japan's telecommunications infrastructure, it supports broadcasting services such as television and radio.

## Key Facts
- **Aliases**: Known as "ゆり" (Yuri) in Japanese.  
- **Country**: Originates from Japan.  
- **Classification**: Subclass of spacecraft, a vehicle designed for space operations.  
- **Documentation**: Featured on Wikipedia in Arabic, English, French, Japanese, and Portuguese.  
- **Identifiers**: Freebase ID `/m/025v4k`, Wikidata description "Japanese satellite".  
- **Online Presence**: 5 sitelinks across Wikimedia projects.  
- **Wikipedia Title**: "Yuri (satellite)".  

## FAQs
- **What is the Broadcasting Satellite (Japanese)?**  
  It is a Japanese satellite, codenamed Yuri, developed for broadcasting applications such as television and radio transmission.  

- **Why is it called "Yuri"?**  
  "Yuri" is the Japanese alias for the satellite, reflecting its national origin and designation.  

- **Where is it documented?**  
  The satellite is covered on Wikipedia in five languages (Arabic, English, French, Japanese, Portuguese) and has a dedicated Wikidata entry.  

- **How is it classified?**  
  It is categorized as a subclass of spacecraft, emphasizing its role as a space-based vehicle for communication purposes.  

## Why It Matters
The Broadcasting Satellite (Japanese) plays a pivotal role in Japan's telecommunications landscape, enabling nationwide broadcasting services. As a purpose-built spacecraft, it underscores Japan's investment in space technology for civilian communication needs. Its multilingual Wikipedia coverage highlights its international recognition, while its classification as a spacecraft connects it to broader advancements in space exploration and satellite technology. This satellite contributes to the global network of communication infrastructure, ensuring reliable transmission of media content.

## Notable For
- **Alias Significance**: Recognized by its Japanese name "Yuri", symbolizing its national identity.  
- **Multilingual Documentation**: Featured on Wikipedia in five languages, reflecting its global relevance.  
- **Classification**: Explicitly categorized as a Japanese satellite and subclass of spacecraft, emphasizing its technical and national context.  
- **Cultural Impact**: Supports Japan's broadcasting ecosystem, facilitating access to media and information domestically.  

## Body

### Overview
The Broadcasting Satellite (Japanese), or Yuri, is a spacecraft developed by Japan to fulfill broadcasting requirements. As a specialized satellite, it operates within the broader category of spacecraft, which includes probes, crewed vehicles, and satellites designed for exploration, research, and communication.

### Technical Context
- **Function**: Primarily used for broadcasting services such as television and radio, aligning with Japan's telecommunications goals.  
- **Classification**: Subclass of the spacecraft class, distinguishing it from other space-based vehicles like probes or crewed missions.  

### Documentation and Recognition
- **Wikipedia Coverage**: The satellite is documented in five language editions of Wikipedia (Arabic, English, French, Japanese, Portuguese), underscoring its international significance.  
- **Wikidata Entry**: Described as a "Japanese satellite" with a freebase identifier `/m/025v4k`, ensuring its identification across knowledge bases.  

### National and Global Significance
- **National Origin**: Developed in Japan, reflecting the country's contributions to satellite technology and broadcasting infrastructure.  
- **Global Connectivity**: Contributes to the worldwide network of communication satellites, supporting cross-border information exchange.  

### Relationships
- **Spacecraft Class**: Part of the broader spacecraft category, linking it to other space vehicles such as probes and crewed missions.  
- **Cultural Impact**: Facilitates media dissemination in Japan, highlighting the intersection of space technology and public communication services.  

### Identifier Details
- **Freebase ID**: `/m/025v4k` provides a unique reference for database integration.  
- **Sitelinks**: 5 sitelinks across Wikimedia projects, indicating its presence in multilingual online resources.  

This satellite exemplifies Japan's efforts to leverage space technology for domestic needs while participating in global telecommunications advancements.