# Cosmos 2325
**Wikidata**: [Q12907636](https://www.wikidata.org/wiki/Q12907636)  
**Source**: https://4ort.xyz/entity/cosmos-2325

## Summary
Cosmos 2325 is a Russian GLONASS navigation satellite launched on December 14, 1995. It is part of the original GLONASS family of satellites and was deployed using a Proton-K carrier rocket equipped with a Blok DM-2 space tug. The satellite is identified internationally by the COSPAR ID 1995-068C and the satellite catalog number 23736.

## Key Facts
- **Classification:** Cosmos 2325 is an instance of a GLONASS navigation satellite.
- **Launch Date:** The satellite was launched on December 14, 1995.
- **Launch Vehicle:** It was carried into orbit by a Proton-K rocket.
- **Launch Site:** The launch originated from Baikonur Cosmodrome Site 200.
- **Space Tug:** The launch configuration utilized a Blok DM-2 upper stage (space tug).
- **COSPAR ID:** The international designator for this object is 1995-068C.
- **Satellite Catalog Number:** It is tracked under number 23736.
- **Significant Event:** The rocket launch occurred at 06:10:31 on December 14, 1995.
- **Aliases:** The satellite is also known as Kosmos 2325.

## FAQs
### Q: What type of satellite is Cosmos 2325?
A: Cosmos 2325 is a GLONASS navigation satellite, which is part of the original family of Russian global navigation satellites.

### Q: When was Cosmos 2325 launched?
A: The satellite was launched on December 14, 1995, at 06:10:31.

### Q: What rocket was used to launch Cosmos 2325?
A: It was launched using a Proton-K carrier rocket, which is a Russian (formerly Soviet) launch vehicle, supplemented by a Blok DM-2 space tug.

## Why It Matters
Cosmos 2325 serves as a specific unit within the critical infrastructure of the Russian global navigation satellite system (GLONASS). As part of the original family of such satellites, it contributed to the establishment and maintenance of the constellation required for global positioning, velocity measurement, and precise timing data. The deployment of this satellite illustrates the operational capabilities of the Russian space program in the mid-1990s, specifically utilizing the Proton-K rocket and the Baikonur Cosmodrome facilities to expand navigational coverage.

The entry also highlights the technical specifics of space object identification, distinguished by its unique COSPAR ID (1995-068C) and satellite catalog number (23736). These identifiers allow researchers and agencies to track the object's orbital history and status. Furthermore, the mission demonstrates the standard launch profile for heavy navigation satellites of that era, which relied on the combination of the Proton-K launcher and the Blok DM-2 upper stage to reach the required medium Earth orbit.

## Notable For
- **Member of the GLONASS Family:** Represents the original class of Russian navigation satellites.
- **Specific Launch Profile:** Utilized the Proton-K carrier rocket combined with a Blok DM-2 space tug.
- **Precise Tracking Data:** Recorded with a specific launch time of 06:10:31 and a fixed start point at Baikonur Cosmodrome Site 200.
- **Dual Nomenclature:** Carries the "Cosmos" designation common for Soviet/Russian military and scientific satellites, while functioning as a GLONASS unit.

## Body
### Mission Identity and Classification
Cosmos 2325 is formally classified as a GLONASS satellite. It belongs to the original family of GLONASS navigation satellites and shares the "Kosmos" designation (alternatively spelled "Cosmos") often used for Soviet and Russian spacecraft. Its presence in academic and Wikidata sources confirms its tracking via the satellite catalog number 23736 and COSPAR ID 1995-068C.

### Launch Details
The satellite was successfully launched on **December 14, 1995**. The mission began at the **Baikonur Cosmodrome Site 200**, a major launch facility used for heavy-lift rockets. The specific moment of the rocket launch was recorded at **06:10:31**.

### Technical Specifications
The launch vehicle employed was the **Proton-K**, a Russian carrier rocket with significant historical use for both government and commercial payloads. To achieve the necessary orbit for a navigation satellite, the mission utilized a **Blok DM-2** space tug. This upper stage is critical for the final placement of the satellite into its operational orbit.

## References

1. Jonathan's Space Report