# D-Star One

> series of experimental amateur radio satellites from the Berlin start-up company German Orbital Systems (GOS)

**Wikidata**: [Q105428146](https://www.wikidata.org/wiki/Q105428146)  
**Source**: https://4ort.xyz/entity/d-star-one

## Summary
D-Star One is a series of experimental amateur radio satellites developed by German Orbital Systems (GOS), a Berlin-based startup. As part of the amateur radio satellite class, it supports communication and experimentation for amateur radio operators. The project focuses on advancing satellite technology for educational and research purposes.

## Key Facts
- **Developer**: German Orbital Systems (GOS), a startup based in Berlin.
- **Classification**: Subclass of amateur radio satellites.
- **Purpose**: Experimental platform for amateur radio communication and technology testing.
- **Wikidata Description**: "Series of experimental amateur radio satellites from the Berlin start-up company German Orbital Systems (GOS)."
- **Sitelink Count**: 1 (Wikipedia coverage in German).
- **Google Knowledge Graph ID**: `/g/11mbq4t0lt`.

## FAQs
### Q: Who developed the D-Star One satellites?
A: The D-Star One satellites were developed by German Orbital Systems (GOS), a Berlin-based startup specializing in satellite technology.

### Q: What is the primary purpose of D-Star One?
A: D-Star One serves as an experimental platform to test and demonstrate amateur radio satellite communication, supporting education and innovation in the field.

### Q: Is D-Star One part of a larger satellite network?
A: D-Star One is a standalone series of satellites focused on amateur radio experimentation, distinct from commercial or government-led satellite constellations.

## Why It Matters
D-Star One plays a significant role in democratizing access to space technology by providing amateur radio operators with a platform for experimentation and communication. As a project led by a startup, it highlights the growing role of private enterprises in advancing satellite innovation. The series contributes to the development of low-cost, experimental spacecraft, fostering education and collaboration within the global amateur radio community. By focusing on practical testing and amateur involvement, D-Star One helps bridge the gap between theoretical research and real-world application in satellite communications.

## Notable For
- **Startup Innovation**: Developed by German Orbital Systems, exemplifying startup-driven advancements in space technology.
- **Experimental Focus**: Designed explicitly for testing amateur radio communication protocols and hardware in orbit.
- **Educational Value**: Provides hands-on experience for enthusiasts and researchers, promoting STEM engagement.
- **Open-Source Collaboration**: Encourages community participation in satellite development and operations.

## Body
### Overview
D-Star One is a series of experimental satellites developed by German Orbital Systems (GOS) to explore amateur radio communication capabilities in space. The project emphasizes innovation, education, and collaboration within the amateur radio community.

### Development Context
- **Developer**: German Orbital Systems (GOS), founded in Berlin, Germany.
- **Mission Objective**: To design, launch, and operate low-cost satellites for testing amateur radio technologies and fostering public engagement with space science.

### Technical Role
- **Classification**: Subclass of amateur radio satellites, distinguished by their experimental nature and focus on community-driven research.
- **Operational Framework**: Designed to transmit and receive radio signals in amateur frequency bands, enabling global communication among licensed operators.

### Significance
- **Community Impact**: Supports amateur radio operators in conducting experiments, gathering data, and refining communication techniques.
- **Technological Advancement**: Contributes to the development of small, cost-effective satellites capable of supporting specialized missions.