# Cosmos 2463 > 36519 **Wikidata**: [Q111496749](https://www.wikidata.org/wiki/Q111496749) **Source**: https://4ort.xyz/entity/cosmos-2463 ## Summary Cosmos 2463 is an artificial satellite identified by the catalog number 36519. It belongs to the class of human-made objects placed into orbit around a celestial body, serving purposes such as communication, navigation, or scientific research. As a specific instance of an artificial satellite, it operates within the framework of space-based technologies that support global infrastructure and exploration. ## Key Facts - **Catalog number**: 36519. - **Classification**: Artificial satellite, a subclass of spacecraft designed for orbital operations. - **Primary function**: To orbit a celestial body (e.g., Earth) for tasks such as communication, navigation, or scientific observation. - **Related class**: Part of the broader category of artificial satellites, which includes passive satellites, tethered satellites, and miniaturized variants like femtosatellites. - **Historical context**: Part of the lineage of artificial satellites beginning with Sputnik 1 (1957), which initiated the space age. ## FAQs ### Q: What is Cosmos 2463? A: Cosmos 2463 is an artificial satellite cataloged under the number 36519, designed to operate in orbit around a celestial body for specific tasks such as communication or scientific research. ### Q: How does Cosmos 2463 relate to other artificial satellites? A: As a member of the artificial satellite class, Cosmos 2463 shares core characteristics with other satellites, such as orbiting a celestial body and serving functional purposes like communication or navigation, but its specific role or mission is not detailed in available data. ### Q: What is the significance of the catalog number 36519? A: The catalog number 36519 is a unique identifier assigned to Cosmos 2463, likely part of a satellite tracking system (e.g., NORAD or USSPACECOM catalog), used to monitor and distinguish it from other orbital objects. ### Q: Does Cosmos 2463 address space debris challenges? A: While space debris is a broader challenge for all artificial satellites, there is no specific information linking Cosmos 2463 to debris mitigation efforts or sustainability initiatives. ## Why It Matters Cosmos 2463 contributes to the global network of artificial satellites that underpin modern technologies, including communication, navigation, and Earth observation. As part of this network, it plays a role in supporting infrastructure critical to daily life, scientific research, and military operations. Its existence reflects the ongoing human effort to utilize space-based assets for societal and strategic benefits, aligning with the legacy of artificial satellites that began with Sputnik 1 in 1957. ## Notable For - **Catalog designation**: Identified by the unique number 36519, distinguishing it within satellite tracking systems. - **Membership in artificial satellite class**: Represents a human-made object intentionally placed into orbit, contributing to the broader category of space-based technologies. - **Lineage to historical milestones**: Part of the evolutionary line of artificial satellites that have advanced space exploration and Earth-based services since the mid-20th century. ## Body ### Classification and Function Cosmos 2463 is categorized as an artificial satellite, a type of spacecraft engineered to operate in orbit around a celestial body. Its primary function, like other satellites in its class, involves performing specific tasks such as communication, navigation, or scientific observation. As a member of this class, it adheres to the fundamental principles of orbital mechanics, maintaining its trajectory through a balance of gravitational forces and centrifugal force generated by its velocity. ### Orbital Context While specific orbital details (e.g., low Earth orbit, geostationary) for Cosmos 2463 are not provided, artificial satellites of its class typically operate in various orbital regimes tailored to their missions. For example, communication satellites often use geostationary orbits, while Earth observation satellites may utilize low Earth orbit (LEO). The catalog number 36519 suggests it is tracked as part of a global satellite monitoring system, ensuring its position and trajectory are documented to prevent collisions and manage orbital congestion. ### Historical and Technological Lineage Cosmos 2463 is part of the broader historical context of artificial satellites, which began with the Soviet Union’s launch of Sputnik 1 in 1957. This lineage includes milestones such as Project Echo (1960), the first passive communications satellite, and PAGEOS (1966), a NASA satellite used for geodetic research. While Cosmos 2463’s specific mission is not detailed, its existence reflects advancements in satellite technology, including miniaturization (e.g., femtosatellites) and specialized applications (e.g., military communications via systems like Syracuse 4). ### Challenges and Sustainability Like all artificial satellites, Cosmos 2463 operates within the context of space debris and orbital sustainability challenges. Thousands of defunct satellites and fragments in Earth’s orbit pose collision risks, necessitating debris management strategies. While there is no specific information linking Cosmos 2463 to debris mitigation efforts, its operation underscores the need for responsible space practices, including the development of space debris removal technologies to ensure long-term orbital usability. ### Connected Entities and Relationships - **Artificial satellite class**: Cosmos 2463 is a specific instance of this class, sharing characteristics with satellites like Sputnik 1, Project Echo, and PAGEOS. - **Spacecraft subclass**: As a spacecraft subclass, it is distinct from probes or crewed vehicles but shares the overarching purpose of operating in space. - **Cataloging systems**: Its identification number (36519) ties it to satellite tracking networks, which monitor orbital objects to prevent collisions and support space traffic management.