# Progress M-14

> Russian uncrewed cargo spacecraft

**Wikidata**: [Q10639660](https://www.wikidata.org/wiki/Q10639660)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Progress_M-14)  
**Source**: https://4ort.xyz/entity/progress-m-14

## Summary
Progress M-14 is a Russian uncrewed cargo spacecraft from the Progress-M class, launched on August 15, 1992. It was designed to resupply space stations as part of Russia's space logistics program.

## Key Facts
- Progress M-14 is a Russian uncrewed cargo spacecraft of the Progress-M class
- It has a SCN number 22090 and a COSPAR ID of 1992-055A
- Launched on August 15, 1992, from Baikonur Cosmodrome Site 31
- Used a Soyuz-U2 launch vehicle
- Part of the Progress-M spacecraft class designed for resupplying space stations
- Has 2 sitelinks and is available in English and Swedish on Wikipedia
- Associated with the notable event of a rocket launch on its launch date

## FAQs
### Q: What was the purpose of Progress M-14?
A: Progress M-14 was a Russian uncrewed cargo spacecraft designed to resupply space stations as part of the Progress-M class.

### Q: When and where was Progress M-14 launched?
A: Progress M-14 was launched on August 15, 1992, from Baikonur Cosmodrome Site 31.

### Q: What launch vehicle was used for Progress M-14?
A: Progress M-14 was launched using a Soyuz-U2 carrier rocket.

### Q: What spacecraft class does Progress M-14 belong to?
A: Progress M-14 belongs to the Progress-M class, which is specifically designed for resupplying space stations.

## Why It Matters
Progress M-14 represents part of Russia's long-standing space logistics program that has supported human space exploration since the Soviet era. As a Progress-M class spacecraft, it contributed to the vital supply chain that sustains astronauts on space stations, delivering essential cargo including scientific equipment, propellant, oxygen, water, and food. The Progress program has been a cornerstone of international cooperation in space, particularly supporting operations on the Mir space station and later the International Space Station. These uncrewed cargo spacecraft enable extended human presence in space, allowing for longer scientific missions and demonstrating the reliability of automated rendezvous and docking technologies critical to modern space exploration.

## Notable For
- Being part of the Progress-M class spacecraft dedicated to resupplying space stations
- Launched using a Soyuz-U2 carrier rocket, one of the most reliable launch vehicles in history
- Operating as part of a program that has supported human space exploration for decades
- Having the specific SCN number 22090 and COSPAR ID 1992-055A in space tracking databases
- Contributing to the logistics chain that sustains crewed space station operations

## Body
### Design and Specifications
Progress M-14 belongs to the Progress-M class of spacecraft, which are specifically designed for resupplying space stations. These uncrewed cargo spacecraft play a crucial role in supporting human presence in space by delivering essential supplies including scientific equipment, propellant, oxygen, water, and food.

### Mission Parameters
- Spacecraft designation: Progress M-14
- SCN number: 22090
- COSPAR ID: 1992-055A
- Class: Progress-M
- Launch date: August 15, 1992
- Launch location: Baikonur Cosmodrome Site 31
- Launch vehicle: Soyuz-U2

### Technical Details
The Progress-M class spacecraft represented a standardized design for cargo delivery to space stations. These spacecraft were equipped with automated rendezvous and docking systems to connect with space stations without human intervention. The Soyuz-U2 launch vehicle used for Progress M-14 was a variant of the Soyuz rocket family, known for its reliability in delivering payloads to Earth orbit.

### Program Significance
Progress M-14 operated as part of a broader space logistics program that has been essential to sustained human presence in space. The Progress program has supported space station operations since the Soviet era, demonstrating the viability of automated cargo delivery systems that are critical for long-duration space missions.

## References

1. Jonathan's Space Report