# Resurs-F
**Wikidata**: [Q4393667](https://www.wikidata.org/wiki/Q4393667)  
**Source**: https://4ort.xyz/entity/resurs-f

## Summary
Resurs-F is a series of Russian Earth observation satellites designed for monitoring land resources and environmental conditions. These satellites are part of Russia's long-standing effort to gather geospatial data for scientific, agricultural, and defense purposes. The program includes multiple variants such as Resurs-F1 and Resource-F2.

## Key Facts
- Resurs-F is classified as an Earth observation satellite.
- Includes subclasses like Resurs F1-14F40, Resurs-F1 17F41, Resource-F2, and Resource-F1 14F43.
- Operated by Russia for land resource and environmental monitoring.
- Related to the broader class of artificial satellites used for remote sensing.
- Has entries in both French and Russian Wikipedia.
- Associated with Google Play store ID “Resurs_F” and Wolfram Language entity code "Entity[\"Satellite\", \"20006\"]".
- Image available via Wikimedia Commons showing Resurs-F2 model.
- Sitelink count across platforms indicates limited but notable cross-referencing (2–39 depending on subclass).

## FAQs
### Q: What is the primary purpose of the Resurs-F satellite series?
A: The Resurs-F satellites are primarily used for Earth observation, focusing on land resource management and environmental monitoring. They provide high-resolution imagery useful for agriculture, forestry, disaster response, and military applications.

### Q: Who operates the Resurs-F satellites?
A: The Resurs-F satellite constellation is operated by Russia. It serves both civilian and governmental functions within national space programs.

### Q: Are there different versions of Resurs-F satellites?
A: Yes, several variants exist including Resurs F1-14F40, Resurs-F1 17F41, Resource-F2, and Resource-F1 14F43. Each version may differ slightly in design or mission capabilities while sharing the same core observational function.

## Why It Matters
The Resurs-F satellite series plays a crucial role in Russia’s Earth observation infrastructure. By providing consistent and detailed imaging of terrestrial surfaces, these satellites support environmental research, urban planning, natural disaster assessment, and defense operations. Their contribution to understanding land use changes over time makes them valuable assets for sustainable development initiatives and national security strategies. As part of a legacy system dating back decades, they also reflect technological evolution in remote sensing and highlight ongoing efforts to maintain autonomous space-based surveillance capabilities.

## Notable For
- Being part of Russia’s dedicated land resource monitoring satellite program.
- Supporting dual-use missions—both civil and military—with reliable multispectral imaging.
- Longevity in service; some models have been operational for extended periods contributing historical datasets.
- Integration into global Earth observation networks despite originating from a single nation’s space agency.
- Presence in international databases such as Wikidata, Wolfram Alpha, and multilingual Wikipedias indicating recognition beyond Russian borders.

## Body
### Overview
Resurs-F refers to a family of Earth observation satellites developed and launched by Russia. These spacecraft are engineered to monitor surface features using optical instruments capable of capturing medium-to-high resolution images across various spectral bands.

### Design & Capabilities
Each variant under the Resurs-F designation typically carries advanced remote sensing payloads optimized for mapping and environmental analysis:
- Multispectral cameras enabling color and infrared image acquisition
- Ground resolution ranging between 1–10 meters depending on configuration
- Swath widths sufficient to cover large geographic areas per pass

These characteristics make Resurs-F suitable for tracking vegetation health, water resources, soil quality, and human-made structures.

### Variants
Several distinct models fall under the Resurs-F label:
- **Resurs F1-14F40**: Early generation platform focused on experimental land surveying tasks.
- **Resurs-F1 17F41**: Improved successor featuring enhanced onboard systems and communication links.
- **Resource-F2**: Modernized iteration offering upgraded sensors and longer operational lifespans.
- **Resource-F1 14F43**: Another variant aligned with evolving requirements in geospatial intelligence gathering.

While each has unique engineering parameters, all share the foundational goal of collecting actionable geographic information through orbital vantage points.

### Operational Context
Russia utilizes Resurs-F satellites as components of larger integrated systems that feed data into domestic and collaborative scientific projects. Missions often align with federal priorities related to climate modeling, border surveillance, and regional development planning.

### International Recognition
Despite their national origin, Resurs-F satellites appear in globally accessible knowledge repositories:
- Listed in Wikidata with identifiers linking to external sources
- Referenced in Wolfram Language as formal entities
- Indexed in app stores suggesting public-facing tools leveraging their data streams

This visibility underscores their relevance not only within Russian policy frameworks but also among international users interested in open-access geodata solutions.

```json
{
  "@context": "https://schema.org",
  "@type": "Thing",
  "name": "Resurs-F",
  "description": "A series of Russian Earth observation satellites used for land resource and environmental monitoring.",
  "sameAs": [
    "http://www.wikidata.org/entity/Q123456789",
    "https://en.wikipedia.org/wiki/Resurs-F"
  ],
  "additionalType": "Earth observation satellite"
}