# Lemur-2

> family of Earth observation satellites

**Wikidata**: [Q120710457](https://www.wikidata.org/wiki/Q120710457)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Lemur-2)  
**Source**: https://4ort.xyz/entity/lemur-2

## Summary
Lemur-2 is a family of Earth observation satellites developed by Spire Global. These satellites are part of the CubeSat class, meaning they are miniaturized and made up of 10cm-sided cubic modules. They are designed to observe Earth from orbit, providing valuable data for environmental monitoring and other applications.

## Key Facts
- **Class**: Earth observation satellite and CubeSat
- **Operator**: Spire Global
- **Manufacturer**: Spire Global
- **Mass**: 4 kilograms (launch weight)
- **Country of Origin**: United States
- **Instance of**: Spacecraft family
- **Subclass of**: Earth observation satellite and CubeSat
- **Wikipedia Title**: Lemur-2
- **Wikipedia Languages**: English (en), German (de)

## FAQs
### Q: What is the purpose of the Lemur-2 satellites?
A: The Lemur-2 satellites are designed to observe Earth from orbit, providing data for environmental monitoring and other applications. They are part of Spire Global's constellation of small satellites.

### Q: Who operates the Lemur-2 satellites?
A: The Lemur-2 satellites are operated by Spire Global, a company based in the United States.

### Q: What is the mass of the Lemur-2 satellites?
A: The Lemur-2 satellites have a launch weight of 4 kilograms.

### Q: What is the classification of the Lemur-2 satellites?
A: The Lemur-2 satellites are classified as both Earth observation satellites and CubeSats, meaning they are miniaturized and made up of 10cm-sided cubic modules.

### Q: In which languages is the Lemur-2 Wikipedia article available?
A: The Lemur-2 Wikipedia article is available in English (en) and German (de).

## Why It Matters
The Lemur-2 satellites play a crucial role in Earth observation, providing valuable data for environmental monitoring and other applications. As part of Spire Global's constellation of small satellites, they contribute to the growing field of CubeSat technology, which offers cost-effective and efficient solutions for space-based observations. Their miniaturized design and focus on Earth observation make them significant in the realm of space exploration and environmental science.

## Notable For
- **Miniaturized Design**: Lemur-2 satellites are part of the CubeSat class, featuring a compact 10cm-sided cubic module design.
- **Earth Observation**: They are specifically designed to observe Earth from orbit, providing data for environmental monitoring.
- **Operated by Spire Global**: The satellites are operated by Spire Global, a company known for its innovative approach to space technology.
- **Launch Weight**: With a launch weight of 4 kilograms, they are relatively lightweight compared to larger satellites.
- **Multilingual Wikipedia Presence**: The Lemur-2 Wikipedia article is available in both English and German, indicating its global relevance.

## Body
### Classification
The Lemur-2 satellites are classified as both Earth observation satellites and CubeSats. This classification highlights their dual role in observing Earth and their compact, modular design.

### Operator and Manufacturer
Both the operator and manufacturer of the Lemur-2 satellites are Spire Global, a company based in the United States. Spire Global is known for its innovative approach to space technology and its constellation of small satellites.

### Mass and Design
The Lemur-2 satellites have a launch weight of 4 kilograms, making them relatively lightweight compared to larger satellites. Their design is part of the CubeSat class, featuring a compact 10cm-sided cubic module.

### Country of Origin
The Lemur-2 satellites are of United States origin, reflecting the country's significant role in the development and operation of space technology.

### Wikipedia Availability
The Lemur-2 Wikipedia article is available in both English (en) and German (de), indicating its global relevance and the interest it holds in different linguistic communities.

## References

1. [Source](https://space.skyrocket.de/doc_sdat/lemur-2.htm)