# BEIDOU 3M3 > 43107 **Wikidata**: [Q111471024](https://www.wikidata.org/wiki/Q111471024) **Source**: https://4ort.xyz/entity/beidou-3m3 ## Summary BEIDOU 3M3 is an artificial satellite, classified as a human-made object placed into orbit. The provided source material does not contain specific details about its mission, launch date, technical specifications, or role within the BeiDou navigation system, only identifying it as a member of the broad class of artificial satellites. ## Key Facts * **Entity Type**: Artificial satellite (a human-made object placed into orbit around a celestial body). * **Classification**: Subclass of spacecraft. * **Source Identifier**: Referenced by the code `43107` in the provided material. * **General Purpose**: Serves purposes common to its class, such as communication, navigation, scientific research, or military applications (specific function not provided). * **Orbital Context**: Could occupy various orbital types (e.g., geostationary, LEO, heliocentric) as per its class, but its specific orbit is not stated. * **System Context**: Its name suggests it is part of the BeiDou satellite navigation system, likely a specific satellite within a constellation, but the source does not confirm this relationship or its precise role. ## FAQs **Q: What is the specific function of the BEIDOU 3M3 satellite?** A: The provided source material does not specify the mission or function of BEIDOU 3M3. It only identifies it as a member of the general class of artificial satellites, which can be used for communication, navigation, scientific research, or military applications. **Q: When was the BEIDOU 3M3 satellite launched?** A: The launch date for BEIDOU 3M3 is not provided in the source material. The source only offers the generic classification and an internal identifier. **Q: What are the technical specifications of BEIDOU 3M3 (mass, dimensions, power)?** A: No technical specifications such as mass, dimensions, or power generation capacity for BEIDOU 3M3 are included in the provided information. The source describes only the general characteristics of artificial satellites as a class. **Q: How does BEIDOU 3M3 relate to the broader BeiDou navigation system?** A: While its name implies membership in the BeiDou system, the source material does not detail this relationship. It does not state whether it is a navigation satellite, a ground station relay, or another component, nor its position within the constellation. ## Why It Matters The significance of BEIDOU 3M3 cannot be assessed from the provided source material. To understand its importance, one would need specific data on its role in the BeiDou system (e.g., providing timing signals, orbital correction, or regional coverage), its contribution to global navigation services, or any unique capabilities it possesses. The source only establishes it as a generic artificial satellite, a category that is fundamentally important for modern infrastructure, but does not connect this specific entity to that impact. ## Notable For * **No Specific Achievements Stated**: The source material does not attribute any unique achievements, firsts, records, or distinguishing traits to BEIDOU 3M3. * **Class Membership**: It is notable only for being an instance of the "artificial satellite" class, a category notable for enabling global communication, navigation (like GPS), and scientific discovery. * **Identifier**: It is identified by the specific code `43107` within the context of the provided data source. ## Body ### Classification and Identity BEIDOU 3M3 is explicitly categorized as an **artificial satellite**. This class is defined as a human-made object placed into orbit around a celestial body, typically Earth. As a subclass of **spacecraft**, it is engineered for operation in space. The provided source assigns it the internal identifier `43107` (referenced as `wikidata_description: 43107` and `wolfram_language_entity_code: Entity["Satellite", "43107"]`). ### General Context of Artificial Satellites The source provides extensive context for its class: * **Primary Function**: Designed to orbit a celestial body to perform tasks like communication, navigation, or scientific observation. * **Orbital Types**: Satellites can be geostationary, in low Earth orbit (LEO), or heliocentric. * **Variants**: The class includes passive satellites, tethered satellites, and miniaturized variants like femtosatellites and picosatellites. * **Applications**: Common uses are communication (TV, internet), navigation (GPS), weather monitoring, scientific research, and military surveillance. * **Historical Context**: The first artificial satellite was Sputnik 1, launched in 1957. The class has since grown to include thousands of objects, raising challenges like space debris. ### Limitations of Provided Information The source material is a generic description of the **class** "artificial satellite." It does not contain a single specific fact about **BEIDOU 3M3** beyond its classification and identifier. There is no information on: * Its launch vehicle, date, or launch site. * Its operator (e.g., China National Space Administration). * Its precise orbital parameters (altitude, inclination, period). * Its specific payload or mission within the BeiDou system. * Its mass, dimensions, power systems, or design life. * Its relationship to other satellites in the BeiDou constellation (e.g., is it a BeiDou-3 MEO, IGSO, or GEO satellite?). * Any historical events, milestones, or operational status associated with this particular satellite. ### Inferred Context (Not from Source) *Based solely on its name*, it is reasonable to infer that BEIDOU 3M3 is a satellite belonging to the **BeiDou Navigation Satellite System (BDS)**, specifically from the **BeiDou-3 generation**. The "M" likely denotes a **Medium Earth Orbit (MEO)** satellite, which is a standard orbital type for global navigation constellations. However, **this inference is not stated or supported by the provided source text**, which treats it only as a generic artificial satellite. The source does not mention the BeiDou system, its generations, or orbital classifications like MEO.