# Kosmos 562

> artificial satellite

**Wikidata**: [Q53599](https://www.wikidata.org/wiki/Q53599)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Kosmos_562)  
**Source**: https://4ort.xyz/entity/kosmos-562

## Summary
Kosmos 562 is an artificial satellite launched on June 5, 1973, from the Plesetsk Cosmodrome Site 133 using the Kosmos-2I rocket. It belongs to the DSZ–P1–Ju class of satellites and was manufactured by the Pivdenne Design Office, a Ukrainian rocket and satellite designer. The satellite has a COSPAR ID of 1973-035A and a satellite catalog number (SCN) of 06665.

## Key Facts
- **Launch Date**: June 5, 1973, at 11:29:47 UTC from Plesetsk Cosmodrome Site 133.
- **Launch Vehicle**: Kosmos-2I, a superseded Soviet carrier rocket.
- **Manufacturer**: Pivdenne Design Office, a Ukrainian organization founded in 1951 with 5,500 employees.
- **Class**: DSZ–P1–Ju, a Soviet satellite classification.
- **COSPAR ID**: 1973-035A.
- **Satellite Catalog Number (SCN)**: 06665.
- **Aliases**: DS-P1-Yu No. 63, Kosmos 562.
- **Wikipedia Languages**: Available in English, Spanish, Galician, Macedonian, Portuguese, Serbo-Croatian, and Serbian.
- **Wikidata Description**: Artificial satellite.
- **Wolfram Language Entity Code**: `Entity["Satellite", "06665"]`.

## FAQs
- **What type of satellite was Kosmos 562?**
  Kosmos 562 is a member of the DSZ–P1–Ju class of artificial satellites, which were part of the Soviet Union's space program.

- **Who manufactured Kosmos 562?**
  The satellite was manufactured by the Pivdenne Design Office, a Ukrainian organization specializing in rocket and satellite design.

- **What rocket was used to launch Kosmos 562?**
  The satellite was launched using the Kosmos-2I rocket, a superseded Soviet carrier rocket.

- **Where was Kosmos 562 launched from?**
  Kosmos 562 was launched from Plesetsk Cosmodrome Site 133 on June 5, 1973.

- **What is the COSPAR ID of Kosmos 562?**
  The COSPAR ID of Kosmos 562 is 1973-035A.

## Why It Matters
Kosmos 562 represents a significant milestone in the Soviet Union's space exploration efforts, particularly within the DSZ–P1–Ju satellite class. Its launch and operation contribute to the broader understanding of satellite technology and its applications in space research. The satellite's development and deployment were facilitated by the Pivdenne Design Office, which played a crucial role in advancing Ukrainian and Soviet space technology. The Kosmos-2I rocket, while superseded, was instrumental in placing Kosmos 562 into orbit, demonstrating the capabilities of Soviet space launch infrastructure. The satellite's inclusion in the COSPAR database and its cataloging under the SCN system highlight its importance in the global satellite registry. Its availability in multiple Wikipedia languages underscores its global relevance and interest.

## Notable For
- **First Launch of DSZ–P1–Ju Class**: Kosmos 562 was one of the first satellites in the DSZ–P1–Ju class, contributing to the development of Soviet satellite technology.
- **Ukrainian Involvement**: The Pivdenne Design Office's role in manufacturing Kosmos 562 highlights Ukraine's contributions to Soviet space programs.
- **Superseded Rocket**: The use of the Kosmos-2I rocket, though now superseded, demonstrates the evolution of Soviet launch vehicles.
- **Global Recognition**: The satellite's inclusion in the COSPAR database and its availability in multiple Wikipedia languages indicate its international significance.

## Body
### Overview
Kosmos 562 is an artificial satellite launched on June 5, 1973, as part of the Soviet Union's space program. It is classified under the DSZ–P1–Ju satellite class and was manufactured by the Pivdenne Design Office, a Ukrainian organization with a long history in rocket and satellite design. The satellite was launched using the Kosmos-2I rocket from Plesetsk Cosmodrome Site 133, marking a significant event in Soviet space exploration.

### Classification and Design
Kosmos 562 belongs to the DSZ–P1–Ju class of satellites, which were part of the Soviet Union's broader satellite classification system. The satellite was designed and manufactured by the Pivdenne Design Office, an organization founded in 1951 with headquarters in Ukraine. The office employs 5,500 people and operates in the fields of rocket and satellite design. The satellite's design and development were part of the Soviet Union's efforts to advance space technology and exploration.

### Launch Details
The launch of Kosmos 562 took place on June 5, 1973, at 11:29:47 UTC from Plesetsk Cosmodrome Site 133. The satellite was launched using the Kosmos-2I rocket, a carrier rocket that was later superseded. The launch was a significant event in the Soviet space program, contributing to the broader understanding of satellite technology and its applications in space research.

### Identification and Registry
Kosmos 562 is identified by several key identifiers, including its COSPAR ID (1973-035A) and its satellite catalog number (SCN) of 06665. These identifiers are part of the global satellite registry system, which includes the COSPAR database and the SCN system. The satellite is also known by the aliases DS-P1-Yu No. 63 and Kosmos 562, reflecting its classification and naming conventions within the Soviet space program.

### Wikipedia and Global Recognition
Kosmos 562's Wikipedia page is available in multiple languages, including English, Spanish, Galician, Macedonian, Portuguese, Serbo-Croatian, and Serbian. This global availability indicates the satellite's international significance and the widespread interest in its development and launch. The satellite's inclusion in the Wikipedia database highlights its role in space exploration and its relevance to a global audience.

### Wolfram Language Entity
Kosmos 562 is represented in the Wolfram Language as `Entity["Satellite", "06665"]`, indicating its inclusion in the Wolfram Language's satellite database. This representation allows for easy access and analysis of the satellite's data within the Wolfram ecosystem. The satellite's inclusion in the Wolfram Language database further underscores its importance in the field of space exploration.

## References

1. Jonathan's Space Report