# AEROCUBE 7B

> satellite

**Wikidata**: [Q111471116](https://www.wikidata.org/wiki/Q111471116)  
**Source**: https://4ort.xyz/entity/aerocube-7b

## Summary
AEROCUBE 7B is a CubeSat, a type of miniaturized artificial satellite, launched on November 12, 2017. It is part of the CubeSat family, which consists of satellites built from 10cm-sided cubic modules, and has a volume of 1.5 CubeSat units.

## Key Facts
- **Instance of**: Artificial satellite, CubeSat
- **Launch date**: November 12, 2017
- **Volume**: 1.5 CubeSat units (each unit is a 10cm-sided cube)
- **SCN (Satellite Catalog Number)**: 43042
- **Aliases**: OCSD B
- **COSPAR ID**: 2017-071F
- **NSSDCA ID**: 2017-071F
- **Wikidata description**: Satellite
- **Wolfram Language entity code**: `Entity["Satellite", "43042"]`

## FAQs
### Q: What type of satellite is AEROCUBE 7B?
A: AEROCUBE 7B is a CubeSat, a miniaturized satellite made up of 10cm-sided cubic modules. It is classified as both an artificial satellite and a CubeSat.

### Q: When was AEROCUBE 7B launched?
A: AEROCUBE 7B was launched on November 12, 2017.

### Q: What is the volume of AEROCUBE 7B?
A: AEROCUBE 7B has a volume of 1.5 CubeSat units, where each unit is a 10cm-sided cube.

### Q: What are the identifiers for AEROCUBE 7B?
A: AEROCUBE 7B has the following identifiers: SCN (43042), COSPAR ID (2017-071F), and NSSDCA ID (2017-071F).

### Q: What is the Wikidata description for AEROCUBE 7B?
A: The Wikidata description for AEROCUBE 7B is "satellite."

## Why It Matters
AEROCUBE 7B is significant as part of the growing constellation of CubeSats, which play a crucial role in space research, technology demonstration, and educational missions. CubeSats are cost-effective and enable rapid deployment of satellites, making them valuable for both scientific and commercial applications. Their miniaturized design allows for multiple satellites to be launched together, optimizing resources and reducing costs. AEROCUBE 7B contributes to the broader field of space exploration by providing a platform for experiments and data collection in orbit. Its inclusion in the CubeSat family highlights the advancements in satellite technology and the increasing accessibility of space for research and innovation.

## Notable For
- **Miniaturized design**: AEROCUBE 7B is part of the CubeSat family, known for its compact 10cm-sided cubic modules, making it a cost-effective and efficient satellite design.
- **Rapid deployment**: CubeSats like AEROCUBE 7B allow for quick and affordable satellite launches, facilitating research and technology demonstrations.
- **Educational and research applications**: CubeSats are often used for educational purposes and scientific experiments, contributing to space research and innovation.
- **Multiple satellite launches**: The CubeSat design enables the deployment of multiple satellites in a single launch, optimizing resources and reducing costs.
- **COSPAR and NSSDCA identifiers**: AEROCUBE 7B is uniquely identified by its COSPAR ID (2017-071F) and NSSDCA ID (2017-071F), ensuring accurate tracking and reference in space missions.

## Body
### Classification
AEROCUBE 7B is classified as both an **artificial satellite** and a **CubeSat**. As a CubeSat, it is part of a family of miniaturized satellites built from 10cm-sided cubic modules.

### Launch Details
- **Launch date**: November 12, 2017
- **Identifiers**:
  - **SCN (Satellite Catalog Number)**: 43042
  - **COSPAR ID**: 2017-071F
  - **NSSDCA ID**: 2017-071F

### Physical Characteristics
- **Volume**: 1.5 CubeSat units, where each unit is a 10cm-sided cube.
- **Aliases**: OCSD B

### Wikidata and External References
- **Wikidata description**: "satellite"
- **Wolfram Language entity code**: `Entity["Satellite", "43042"]`

AEROCUBE 7B exemplifies the advancements in satellite technology, particularly in the CubeSat category, which has revolutionized space research and educational missions. Its compact design and efficient deployment capabilities make it a valuable asset in the broader field of space exploration.

## References

1. Optical communications downlink from a low-earth orbiting 1.5U CubeSat