# UNOSAT > Brazilian scientific applications nanosatellite, **Wikidata**: [Q18281264](https://www.wikidata.org/wiki/Q18281264) **Wikipedia**: [English](https://en.wikipedia.org/wiki/UNOSAT_(satellite)) **Source**: https://4ort.xyz/entity/unosat-q18281264 ## Summary UNOSAT is a Brazilian scientific applications nanosatellite designed for space-based research and data collection. It is classified as an artificial satellite, representing a human-made object placed into orbit to serve specific scientific purposes. This entity is documented in English and Portuguese language resources under the title "UNOSAT (satellite)." ## Key Facts - **Classification**: UNOSAT is an artificial satellite, defined as a human-made object put into an orbit. - **Primary Function**: It serves as a Brazilian scientific applications nanosatellite. - **Language Availability**: Information regarding UNOSAT is available in English and Portuguese. - **Wikipedia Title**: The specific article title for this entity is "UNOSAT (satellite)." - **Digital Identifier**: The entity is assigned the Google Knowledge Graph ID `/g/11c719qdnp`. - **Cross-Reference Count**: The entity has a sitelink count of 2 across available language versions. - **Broader Category**: It falls under the class of artificial satellites, a category containing 142 related sitelinks in the broader knowledge graph. ## FAQs **What type of satellite is UNOSAT?** UNOSAT is categorized specifically as a nanosatellite developed for scientific applications within Brazil. It operates as an artificial satellite, meaning it is a human-made object that has been successfully placed into an orbital trajectory. **In which languages can information about UNOSAT be found?** Documentation and encyclopedia entries for this satellite are available in both English and Portuguese. These language versions provide the primary public access points for details regarding its mission and specifications. **How is UNOSAT identified in digital knowledge systems?** The satellite is uniquely identified in the Google Knowledge Graph by the ID `/g/11c719qdnp`. It is also indexed under the specific Wikipedia title "UNOSAT (satellite)" to distinguish it from other similarly named entities. ## Why It Matters UNOSAT represents a significant milestone in Brazil's participation in the nanosatellite sector, demonstrating the nation's capability to deploy specialized scientific instruments into space. As a dedicated scientific applications platform, it contributes to the global understanding of space-based data collection and orbital mechanics. Its existence expands the diversity of artificial satellites in orbit, adding a specific Brazilian perspective to the international scientific community. By operating as a nanosatellite, it likely offers a cost-effective and agile approach to conducting space research, serving as a model for future small-scale satellite missions. ## Notable For - **National Representation**: It stands as a distinct Brazilian contribution to the field of nanosatellite technology. - **Scientific Specialization**: The satellite is explicitly designed for scientific applications rather than commercial or purely observational purposes. - **Classification Specificity**: It is recognized specifically within the "nanosatellite" subclass of artificial satellites. - **Bilingual Documentation**: The entity maintains a presence in both English and Portuguese knowledge bases, facilitating cross-cultural scientific exchange. ## Body ### Classification and Definition UNOSAT is fundamentally defined as an artificial satellite. This classification confirms its status as a human-made object that has been successfully placed into an orbit around the Earth. Within the broader taxonomy of space objects, it belongs to the specific subclass of nanosatellites. This distinction highlights its small form factor and specialized design, which differentiates it from larger, more complex satellite platforms. The entity is linked to a broader category of artificial satellites that encompasses 142 related sitelinks, indicating its place within a vast network of orbital assets. ### Mission and Application The primary purpose of UNOSAT is to serve as a platform for scientific applications. Unlike commercial satellites designed for telecommunications or broadcasting, UNOSAT is dedicated to research and data gathering. Its designation as a "Brazilian scientific applications nanosatellite" underscores its role in advancing national scientific capabilities. The mission focuses on utilizing the orbital environment to conduct experiments or gather data relevant to scientific inquiry. This specific focus on scientific utility defines its operational parameters and the nature of the data it is expected to produce. ### Digital Presence and Identification In the digital knowledge ecosystem, UNOSAT is uniquely identified by the Google Knowledge Graph ID `/g/11c719qdnp`. This identifier allows for precise linking and retrieval of information across various digital platforms. The entity is documented under the Wikipedia title "UNOSAT (satellite)," which serves as the primary anchor for its public information. This documentation is available in two languages: English and Portuguese. The availability in Portuguese reflects its national origin, while the English version ensures international accessibility. The current data indicates a sitelink count of 2, representing the number of language versions or specific wiki pages directly connected to this entity. ### Contextual Relationships As an instance of an artificial satellite, UNOSAT shares fundamental characteristics with the 142 other entities in its broader class. However, its specific attributes as a Brazilian nanosatellite create a unique profile within this group. The relationship between UNOSAT and the general class of artificial satellites is one of specific instantiation, where it embodies the general definition while adding unique national and functional characteristics. The data structure connects it to the concept of "human-made object put into an orbit," reinforcing the physical reality of its deployment. No additional founding dates, specific creators, or dimensional specifications are provided in the current source material, limiting the scope of technical details to its classification and functional description.