# OPUSat

> Japanese technology demonstration CubeSat

**Wikidata**: [Q16632404](https://www.wikidata.org/wiki/Q16632404)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/OPUSAT)  
**Source**: https://4ort.xyz/entity/opusat

## Summary
OPUSat is a Japanese technology demonstration CubeSat developed and operated by Osaka Prefecture University. Launched in 2014, it serves as a miniaturized satellite platform for testing experimental technologies in space.

## Key Facts
- **Type**: CubeSat (miniaturized satellite) and technology demonstration spacecraft.
- **Operator/Manufacturer**: Osaka Prefecture University (founded 1955, Japan).
- **Launch Date**: February 27, 2014, at 18:37 UTC.
- **Launch Vehicle**: H-IIA (H-IIA-23 variant) from Yoshinobu Launch Complex Launch Pad 1.
- **Identifiers**:
  - COSPAR ID: 2014-009D
  - NSSDCA ID: 2014-009D
  - Freebase ID: /m/010fkryb
- **Aliases**: Osaka Prefecture University Satellite, Kosu Mozu, CosMoz.
- **Dimensions**: Standard CubeSat (10 cm-sided cubic modules).

## FAQs
### Q: What is OPUSat?
A: OPUSat is a CubeSat developed by Osaka Prefecture University to demonstrate experimental technologies in space. It was launched in 2014 as part of Japan's H-IIA rocket mission.

### Q: Who operates OPUSat?
A: OPUSat is operated and manufactured by Osaka Prefecture University, a public university in Japan established in 1955.

### Q: When was OPUSat launched?
A: OPUSat was launched on February 27, 2014, at 18:37 UTC from the Yoshinobu Launch Complex in Japan.

### Q: What type of satellite is OPUSat?
A: OPUSat is a CubeSat, a miniaturized satellite made of 10 cm-sided cubic modules, classified as a technology demonstration spacecraft.

### Q: What are the alternative names for OPUSat?
A: OPUSat is also known as Osaka Prefecture University Satellite, Kosu Mozu, and CosMoz.

## Why It Matters
OPUSat represents a significant step in the democratization of space technology, showcasing how universities can contribute to advancements in satellite engineering. As a CubeSat, it demonstrates the feasibility of using small, cost-effective platforms for testing innovative technologies in orbit. Its successful launch and operation validate the capabilities of academic institutions in space research, inspiring further collaboration between universities and space agencies. By serving as a testbed for experimental technologies, OPUSat helps bridge the gap between theoretical research and practical space applications, ultimately contributing to the broader field of aerospace engineering.

## Notable For
- **Academic Development**: One of the few CubeSats entirely developed and operated by a university (Osaka Prefecture University).
- **Technology Demonstration**: Serves as a platform for testing experimental technologies in a real-space environment.
- **Miniaturization**: Exemplifies the CubeSat standard, proving the viability of small, modular satellites for research.
- **Japanese Space Program**: Contributes to Japan’s H-IIA launch vehicle missions, showcasing domestic innovation.
- **Multiple Identifiers**: Recognized under several names (Kosu Mozu, CosMoz), reflecting its academic and technical significance.

## Body
### Overview
OPUSat is a CubeSat-class satellite designed for technology demonstration purposes. It was developed by Osaka Prefecture University, a Japanese institution founded in 1955, and is entirely operated by the university.

### Launch and Mission
- **Launch Date**: February 27, 2014, at 18:37 UTC.
- **Launch Site**: Yoshinobu Launch Complex Launch Pad 1.
- **Launch Vehicle**: H-IIA (H-IIA-23 variant), a medium-lift expendable rocket.
- **Mission Type**: Technology demonstration, focusing on experimental payloads and systems.

### Technical Specifications
- **Form Factor**: CubeSat (10 cm-sided cubic modules).
- **Identifiers**:
  - COSPAR ID: 2014-009D
  - NSSDCA ID: 2014-009D
  - Freebase ID: /m/010fkryb
- **Aliases**: Osaka Prefecture University Satellite, Kosu Mozu, CosMoz.

### Significance
OPUSat highlights the role of academic institutions in space exploration. As a university-led project, it provides students and researchers with hands-on experience in satellite development and operation. Its successful deployment underscores the potential of CubeSats in advancing space technology affordably and efficiently.

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## References

1. Jonathan's Space Report