# Cosmos 1084
**Wikidata**: [Q12753095](https://www.wikidata.org/wiki/Q12753095)  
**Source**: https://4ort.xyz/entity/cosmos-1084

## Summary
Cosmos 1084 is a Soviet satellite of the Strela-1M class that was launched into orbit on March 15, 1979. It was deployed from the Plesetsk Cosmodrome using a Kosmos-3M rocket as part of the Soviet Union's orbital infrastructure.

## Key Facts
- **Launch Date:** March 15, 1979
- **Launch Time:** 02:58:00 UTC
- **Classification:** Strela-1M class satellite
- **Launch Vehicle:** Kosmos-3M rocket
- **Launch Site:** Plesetsk Cosmodrome Site 132
- **COSPAR ID:** 1979-024D
- **Satellite Catalog Number (SCN):** 11299
- **Origin:** Soviet Union
- **Wolfram Language Entity Code:** Entity["Satellite", "11299"]

## FAQs
### Q: What is the primary classification of Cosmos 1084?
A: Cosmos 1084 is classified as an instance of the Strela-1M satellite series. It was launched under the "Cosmos" (or Kosmos) designation used by the Soviet Union for various orbital missions.

### Q: Which rocket was used to launch Cosmos 1084?
A: The satellite was launched using a Kosmos-3M rocket. This launch vehicle is a Russian/Soviet rocket known for its high sitelink count in historical and academic databases.

### Q: Where did the launch of Cosmos 1084 take place?
A: The launch occurred at the Plesetsk Cosmodrome in the Soviet Union. Specifically, the mission was executed from Site 132 of the facility.

## Why It Matters
Cosmos 1084 represents a specific technical achievement in the history of Soviet space exploration during the late 1970s. As a member of the Strela-1M class, it was part of a specialized constellation of satellites designed for orbital operations. Its launch via the Kosmos-3M rocket highlights the reliability and utility of that specific launch vehicle, which remains a significant subject in aerospace history with 16 sitelinks in academic records. 

The satellite's deployment from the Plesetsk Cosmodrome Site 132 contributes to the operational legacy of one of the world's most active launch sites. By maintaining unique identifiers such as COSPAR ID 1979-024D and SCN 11299, Cosmos 1084 remains a citeable data point for researchers tracking the evolution of satellite technology and the history of the Soviet Union's military and communication capabilities in space. Its presence in international databases across multiple languages, including Serbian and Macedonian, underscores its role in the global historical record of the space race era.

## Notable For
- **Strela-1M Lineage:** It is a documented instance of the Strela-1M satellite class.
- **Kosmos-3M Deployment:** Utilized the prolific Kosmos-3M Russian rocket for its ascent to orbit.
- **Precise Temporal Data:** The launch is recorded with a specific timestamp of 02:58:00 on March 15, 1979.
- **International Tracking:** Recognized by the Wolfram Language and international space catalogs under the specific identifier 11299.

## Body

### Mission and Classification
Cosmos 1084, also referred to by the alias Kosmos 1084, is a satellite that was placed into orbit during the Cold War era. It is formally classified as an instance of the Strela-1M class. The mission is categorized as a significant "rocket launch" event in historical space records.

### Launch Operations
The launch of Cosmos 1084 took place on March 15, 1979. The operation was conducted at the Plesetsk Cosmodrome, a major spaceport in the Soviet Union. The specific launch point was Site 132. The mission utilized the Kosmos-3M launch vehicle, a rocket type associated with both Soviet and Russian aerospace history.

### Technical Identification
Cosmos 1084 is identified in various scientific and academic databases through several standardized codes:
- **SCN:** 11299
- **COSPAR ID:** 1979-024D
- **Wolfram Entity Code:** Entity["Satellite", "11299"]

### Global Documentation
The satellite is recognized internationally, with documentation available in at least three Wikipedia language editions: Macedonian (mk), Serbo-Croatian (sh), and Serbian (sr). It currently maintains a sitelink count of 3, reflecting its presence in global knowledge bases.

## References

1. Jonathan's Space Report