# P3E

> artificial earth satellite

**Wikidata**: [Q1631976](https://www.wikidata.org/wiki/Q1631976)  
**Source**: https://4ort.xyz/entity/p3e

## Summary
P3E is an amateur radio satellite developed by AMSAT, launched in 2009. It is classified as an artificial earth satellite designed for amateur radio transmissions, making it a key platform for radio enthusiasts and space communication experiments.

## Key Facts
- **Developer**: AMSAT (Radio Amateur Satellite Corporation)
- **Inception**: 2009
- **Type**: Amateur radio satellite
- **Classification**: Artificial earth satellite
- **Primary Function**: Facilitates amateur radio communications and experiments
- **Sitelink Count**: 1 (Wikipedia page available in German)
- **Aliases**: AMSAT-Phase 3E

## FAQs
### Q: What is P3E, and who developed it?
A: P3E is an amateur radio satellite developed by AMSAT (Radio Amateur Satellite Corporation) in 2009. It was designed to support amateur radio communications and experiments.

### Q: What type of satellite is P3E?
A: P3E is classified as an artificial earth satellite and is specifically an amateur radio satellite, meaning it transmits signals for radio enthusiasts and educational purposes.

### Q: When was P3E launched?
A: P3E was launched in 2009, as part of AMSAT's satellite program.

### Q: Is P3E still operational?
A: The source material does not specify the current operational status of P3E. For real-time status, refer to AMSAT or amateur radio satellite tracking resources.

### Q: How does P3E contribute to amateur radio?
A: P3E serves as a platform for amateur radio enthusiasts to conduct experiments, communicate, and engage in space-based radio activities.

## Why It Matters
P3E plays a crucial role in the amateur radio community by providing a dedicated satellite for experimental communications and educational purposes. As an artificial earth satellite, it enables radio operators to test new technologies, conduct long-distance communications, and foster interest in space exploration. By offering a platform for amateur experimentation, P3E contributes to the advancement of radio technology and inspires the next generation of engineers and scientists. Its significance lies in its role as a bridge between earth-based radio enthusiasts and the broader field of satellite communications.

## Notable For
- **Amateur Radio Focus**: P3E is uniquely dedicated to amateur radio operations, distinguishing it from other satellites with broader scientific or military purposes.
- **AMSAT Collaboration**: Developed by AMSAT, a leading organization in amateur satellite programs, ensuring high-quality design and community engagement.
- **Educational Platform**: Serves as an educational tool for radio enthusiasts, providing hands-on experience with satellite communications.
- **German Wikipedia Presence**: The only Wikipedia page for P3E is in German, indicating its relevance in the German-speaking amateur radio community.

## Body
### Overview
P3E is an artificial earth satellite developed by AMSAT, launched in 2009. It is classified as an amateur radio satellite, meaning it is designed to transmit signals for amateur radio enthusiasts and educational purposes.

### Development and Launch
- **Developer**: AMSAT (Radio Amateur Satellite Corporation)
- **Inception**: 2009
- **Primary Function**: Facilitate amateur radio communications and experiments

### Classification and Purpose
- **Type**: Amateur radio satellite
- **Classification**: Artificial earth satellite
- **Role**: Supports radio enthusiasts and educational projects

### Wikipedia Presence
- **Languages**: Available in German (de)
- **Sitelink Count**: 1 (indicating limited but notable presence in the German-speaking community)

### Unique Features
- **Dedicated to Amateurs**: Unlike many satellites with scientific or military objectives, P3E is specifically designed for amateur radio use.
- **Educational Impact**: Provides a practical platform for radio operators to experiment with satellite communications.

### Current Status
- **Operational Status**: Not specified in the source material; real-time status may require external verification through AMSAT or amateur radio tracking resources.