# Soyuz GVK

> planned reusable cargo spacecraft

**Wikidata**: [Q60767924](https://www.wikidata.org/wiki/Q60767924)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Soyuz_GVK)  
**Source**: https://4ort.xyz/entity/soyuz-gvk

## Summary
Soyuz GVK is a planned reusable cargo spacecraft developed by Russia's Roscosmos State Corporation. It is designed to transport up to 2,000 kilograms of payload to space. The spacecraft measures 7.23 meters in height and 2.7 meters in width, with a total mass of 8,020 kilograms.

## Key Facts
- Soyuz GVK is a planned reusable cargo spacecraft developed by Roscosmos State Corporation.
- The spacecraft has a payload capacity of 2,000 kilograms.
- It measures 7.23 meters in height and 2.7 meters in width.
- The total mass of Soyuz GVK is 8,020 kilograms.
- Development of Soyuz GVK began in 2022.
- It is classified as a spacecraft and is not designed to carry human passengers.
- The spacecraft originates from Russia.
- Soyuz GVK is documented in Wikipedia articles in Czech, English, and Japanese languages.

## FAQs
### Q: What is the purpose of Soyuz GVK?
A: Soyuz GVK is designed as a reusable cargo spacecraft to transport up to 2,000 kilograms of payload to space. It is developed by Russia's Roscosmos State Corporation for cargo delivery missions.

### Q: What are the dimensions of Soyuz GVK?
A: The spacecraft measures 7.23 meters in height and 2.7 meters in width, with a total mass of 8,020 kilograms.

### Q: When was Soyuz GVK developed?
A: Development of Soyuz GVK began in 2022, though it remains a planned spacecraft as of current documentation.

## Why It Matters
Soyuz GVK represents Russia's continued investment in reusable spacecraft technology for cargo transport. As a planned reusable cargo spacecraft, it aims to provide cost-effective and reliable transportation of materials to and from space, potentially reducing the cost per kilogram of payload delivery compared to expendable systems. The development of Soyuz GVK demonstrates Roscosmos's commitment to maintaining and advancing its space capabilities in an era where multiple nations are developing reusable spacecraft technologies. By focusing on cargo transport rather than human spaceflight, Soyuz GVK fills a specific niche in the space logistics market, potentially supporting the International Space Station, future space stations, or other orbital infrastructure projects. The spacecraft's development in 2022 places it within the current wave of space technology advancement, where reusability and cost reduction are key priorities for space agencies and commercial operators alike.

## Notable For
- Planned reusable cargo spacecraft design, focusing on cost-effective payload delivery
- Payload capacity of 2,000 kilograms, suitable for various cargo missions
- Development by Roscosmos State Corporation, Russia's primary space agency
- Specific dimensions optimized for cargo transport (7.23m height, 2.7m width)
- Zero human capacity design, specialized purely for cargo operations

## Body
### Technical Specifications
Soyuz GVK features a total mass of 8,020 kilograms and dimensions of 7.23 meters in height by 2.7 meters in width. The spacecraft is designed with a payload capacity of 2,000 kilograms, making it suitable for transporting various cargo types to space destinations. Its reusable design aims to reduce operational costs compared to traditional expendable spacecraft.

### Development and Classification
The spacecraft was initiated in 2022 as a project of Roscosmos State Corporation, Russia's federal space agency. It is classified as a spacecraft and specifically designated as a cargo vehicle with no human passenger capacity. The "GVK" designation likely refers to its cargo-focused mission profile.

### Operational Parameters
Soyuz GVK is designed for cargo transport missions, with its 2,000-kilogram payload capacity making it suitable for resupply missions to space stations or deployment of equipment to orbit. The spacecraft's dimensions and mass characteristics suggest it is designed to fit within standard launch vehicle payload fairings while maximizing cargo volume.

### Documentation and Recognition
The spacecraft is documented across multiple language Wikipedia editions, including Czech, English, and Japanese, indicating international interest in the project. It maintains a presence in knowledge graphs and has a dedicated Wikipedia article, though with relatively limited documentation compared to more established spacecraft programs.