# Cosmos 1448
**Wikidata**: [Q13566606](https://www.wikidata.org/wiki/Q13566606)  
**Source**: https://4ort.xyz/entity/cosmos-1448

## Summary
Cosmos 1448 was a Soviet Parus-class navigation satellite launched on March 30, 1983, from the Plesetsk Cosmodrome using a Kosmos-3M rocket. It was assigned the international designation 1983-023A and the satellite catalog number 13949. The satellite operated as part of the Soviet Union's maritime navigation system.

## Key Facts
- Launched on March 30, 1983, at 01:10:00 UTC from Plesetsk Cosmodrome Site 132
- Satellite catalog number: 13949
- International designation: 1983-023A
- Class: Parus navigation satellite
- Launch vehicle: Kosmos-3M rocket
- Country of origin: Soviet Union
- Available in Wikipedia languages: Croatian, Macedonian, Serbo-Croatian, Serbian
- Wolfram Language entity code: Entity["Satellite", "13949"]

## FAQs
### Q: What was Cosmos 1448's purpose?
A: Cosmos 1448 was a Parus-class navigation satellite designed for Soviet maritime navigation and positioning systems, helping ships determine their location at sea.

### Q: When and where was Cosmos 1448 launched?
A: It was launched on March 30, 1983, at 01:10:00 UTC from Plesetsk Cosmodrome Site 132 in Russia using a Kosmos-3M rocket.

### Q: What type of satellite was Cosmos 1448?
A: Cosmos 1448 was a Parus-class navigation satellite, part of the Soviet Union's system for providing maritime navigation services.

## Why It Matters
Cosmos 1448 represents an important component of the Soviet Union's space-based navigation infrastructure during the Cold War era. As a Parus-class satellite, it contributed to the development of global maritime navigation capabilities, allowing Soviet naval vessels and commercial ships to determine their positions accurately at sea. This technology was crucial for maintaining naval operations and supporting maritime trade routes. The successful deployment of Cosmos 1448 demonstrated the Soviet Union's growing expertise in satellite navigation systems, which would later influence the development of modern global navigation satellite systems. Its launch also showcased the reliability of the Kosmos-3M rocket, which became a workhorse for Soviet and later Russian space launches.

## Notable For
- Part of the Parus navigation satellite constellation for Soviet maritime operations
- Launched using the reliable Kosmos-3M rocket, which had a strong track record for military and civilian launches
- Contributed to the Soviet Union's space-based navigation capabilities during the Cold War
- Represented the 1448th satellite in the Kosmos series, highlighting the scale of Soviet space operations
- Maintained in Wikipedia across multiple Slavic languages, indicating regional significance

## Body
### Launch Details
Cosmos 1448 was launched on March 30, 1983, at precisely 01:10:00 UTC from Plesetsk Cosmodrome Site 132. The launch utilized a Kosmos-3M rocket, a reliable Soviet launch vehicle that was commonly used for military and scientific payloads. The Plesetsk Cosmodrome, located in northern Russia, served as the primary launch site for military and navigation satellites during the Soviet era.

### Technical Specifications
As a Parus-class satellite, Cosmos 1448 was designed for navigation and positioning services. The Parus system was the Soviet equivalent of Western navigation satellite systems, providing maritime vessels with accurate positioning data. The satellite was assigned the international designation 1983-023A and cataloged as object 13949 in the satellite catalog maintained by US tracking systems.

### Operational Context
The launch of Cosmos 1448 occurred during the height of the Cold War, when both the Soviet Union and Western nations were developing space-based navigation capabilities. The Parus system, of which Cosmos 1448 was a part, provided coverage for Soviet naval operations and merchant shipping, enhancing the USSR's maritime capabilities. This satellite contributed to the growing network of navigation satellites that would eventually evolve into more sophisticated global navigation systems.

## References

1. Jonathan's Space Report