# BEESAT 4

> 41619

**Wikidata**: [Q111471405](https://www.wikidata.org/wiki/Q111471405)  
**Source**: https://4ort.xyz/entity/beesat-4

## Summary
BEESAT 4 is an artificial satellite identified by the catalog number 41619. It belongs to the broader class of human-made objects placed into orbit, serving purposes such as communication, navigation, or scientific research. As a specific instance of an artificial satellite, it operates within the context of space technology and orbital mechanics.

## Key Facts
- **Catalog identifier**: 41619 (Wolfram Language entity code: `Entity["Satellite", "41619"]`).
- **Classification**: Artificial satellite, a subclass of spacecraft designed for orbital operations.
- **Related entity**: Part of the artificial satellite category, which includes objects like Sputnik 1 and modern miniaturized satellites.
- **Orbital context**: Functions within orbital types such as low Earth orbit (LEO) or geostationary orbit, though specific orbital details for BEESAT 4 are not provided.
- **Broader significance**: Contributes to the global network of satellites enabling communication, navigation, and scientific research.

## FAQs
### Q: What is BEESAT 4?
A: BEESAT 4 is an artificial satellite cataloged under the identifier 41619, designed to operate in orbit for specific tasks such as communication, navigation, or research.

### Q: Is BEESAT 4 a unique satellite?
A: While specific details about BEESAT 4’s mission or design are not provided, it is part of the broader category of artificial satellites, which includes a wide range of spacecraft from Sputnik 1 to modern miniaturized satellites.

### Q: How does BEESAT 4 relate to other satellites?
A: BEESAT 4 shares the fundamental characteristics of artificial satellites, such as orbiting a celestial body and serving functional purposes, but its specific role or innovations are not detailed in available sources.

### Q: Why is BEESAT 4’s catalog number important?
A: The catalog number 41619 (and its Wolfram entity code) allows for precise identification and tracking of BEESAT 4 within the global registry of space objects, ensuring clarity in satellite management and research.

## Why It Matters
BEESAT 4 contributes to the expanding network of artificial satellites that underpin modern infrastructure, including communication, navigation, and Earth observation. As a cataloged satellite, it represents a component of the global space ecosystem, reflecting advancements in space technology and orbital operations. Its identifier (41619) underscores the importance of systematic tracking and management of space objects, particularly as the number of satellites grows and concerns about space debris intensify.

## Notable For
- **Catalog identifier**: Recognized by the unique number 41619, enabling precise tracking and study.
- **Classification**: Part of the artificial satellite class, which has revolutionized global communication and scientific research.
- **Broader context**: Embodies the principles of orbital mechanics and space technology shared by all artificial satellites, from early milestones like Sputnik 1 to contemporary miniaturized designs.

## Body
### Definition and Identification
BEESAT 4 is an artificial satellite identified by the catalog number 41619 and the Wolfram Language entity code `Entity["Satellite", "41619"]`. As a member of the artificial satellite class, it is a human-made object designed to operate in orbit around a celestial body, typically Earth. While specific details about its launch date, mission, or design are not provided, its classification aligns it with the broader category of spacecraft engineered for orbital tasks.

### Orbital Context and Function
Like all artificial satellites, BEESAT 4 operates within established orbital types, such as low Earth orbit (LEO) or geostationary orbit, though its specific orbital parameters are not detailed. Its function would typically involve applications such as communication, navigation, scientific research, or Earth observation, reflecting the versatility of artificial satellites in supporting modern infrastructure and scientific inquiry.

### Broader Significance
As part of the global network of artificial satellites, BEESAT 4 contributes to the critical roles these objects play in daily life, from enabling GPS navigation to facilitating global communication. Its catalog identifier highlights the importance of organized tracking systems in managing the increasingly crowded orbital environment, a challenge addressed by initiatives such as space debris removal satellites.

### Historical and Technological Context
While BEESAT 4’s specific history is not detailed, it exists within a lineage of artificial satellites dating back to Sputnik 1 (1957), which marked the beginning of the space age. Modern satellites, including miniaturized variants like femtosatellites and picosatellites, continue to advance space technology, offering low-cost research opportunities and expanded orbital capabilities. BEESAT 4’s place within this continuum underscores the ongoing evolution of satellite design and functionality.

### Challenges and Management
BEESAT 4, like all operational satellites, operates amid challenges such as space debris and orbital congestion. These issues necessitate careful management and innovative solutions, such as debris removal technologies, to ensure sustainable space exploration and utilization. Its catalog number and identifier are integral to these efforts, enabling precise monitoring and mitigation strategies.