# SmartMEO > satellite bus manufactured by OHB **Wikidata**: [Q125660504](https://www.wikidata.org/wiki/Q125660504) **Source**: https://4ort.xyz/entity/smartmeo ## Summary SmartMEO is a satellite bus platform developed by OHB System AG, designed for use in both low Earth orbit (LEO) and medium Earth orbit (MEO) missions. It features a modular architecture with a minimum launch weight of 700 kg and a maximum payload capacity of 300 kg, supporting a design life of 12 years. The platform is powered by two solar arrays generating 1,100 watts, making it a versatile and scalable solution for satellite manufacturing. ## Key Facts - **Mass**: The SmartMEO platform has a minimum launch weight of 700 kg and a maximum launch weight of 800 kg, as specified in OHB’s satellite platform documentation. - **Aliases**: The platform is also referred to as the Smart MEO Platform and SMEO. - **Power System**: Equipped with two solar arrays generating a combined 1,100 watts of power, as detailed in OHB’s satellite platform documentation. - **Orbit Capability**: Designed for deployment in both low Earth orbit (LEO) and medium Earth orbit (MEO), as referenced in OHB’s satellite platform documentation. - **Payload Capacity**: Supports a maximum payload mass of 300 kg, as stated in OHB’s satellite platform documentation. - **Design Life**: The platform is engineered for a 12-year operational lifespan, as per OHB’s satellite platform documentation. - **Manufacturer**: Developed and produced by OHB System AG, with references from OHB’s satellite platform documentation and an ESA-indico presentation. - **Country of Origin**: The SmartMEO platform is of German origin, as indicated by its manufacturer, OHB System AG. ## FAQs **What is the maximum payload capacity of the SmartMEO satellite bus?** The SmartMEO platform supports a maximum payload mass of 300 kg, as documented in OHB’s satellite platform documentation. **How long is the design life of the SmartMEO platform?** The SmartMEO platform is designed for a 12-year operational lifespan, as specified in OHB’s satellite platform documentation. **What power system does the SmartMEO platform use?** The SmartMEO platform is powered by two solar arrays generating a combined 1,100 watts, as detailed in OHB’s satellite platform documentation. **Which orbits can the SmartMEO platform be deployed in?** The SmartMEO platform is designed for deployment in both low Earth orbit (LEO) and medium Earth orbit (MEO), as referenced in OHB’s satellite platform documentation. **Who manufactures the SmartMEO satellite bus?** The SmartMEO platform is manufactured by OHB System AG, as confirmed by references from OHB’s satellite platform documentation and an ESA-indico presentation. ## Why It Matters SmartMEO represents a significant advancement in satellite bus design, offering a modular and scalable solution for missions in LEO and MEO. Its ability to support a 300 kg payload while maintaining a 12-year design life makes it a cost-effective and reliable platform for a wide range of satellite applications. By leveraging OHB’s expertise in satellite manufacturing, SmartMEO contributes to the broader goal of enhancing space infrastructure and enabling more efficient space exploration and communication services. ## Notable For - **Modular Design**: SmartMEO’s architecture allows for flexibility in payload integration, making it adaptable to various mission requirements. - **Power Efficiency**: The platform’s two solar arrays generating 1,100 watts ensure reliable power supply for extended operational periods. - **Orbit Versatility**: Its compatibility with both LEO and MEO missions expands its potential applications in space exploration and communication. - **Payload Capacity**: The 300 kg maximum payload mass supports a wide range of satellite instruments and experiments. - **German Innovation**: As a product of OHB System AG, SmartMEO exemplifies Germany’s leadership in satellite technology and engineering. ## Body ### Overview SmartMEO is a satellite bus platform developed by OHB System AG, designed for use in low Earth orbit (LEO) and medium Earth orbit (MEO) missions. The platform features a modular architecture with a minimum launch weight of 700 kg and a maximum payload capacity of 300 kg, supporting a design life of 12 years. It is powered by two solar arrays generating 1,100 watts, making it a versatile and scalable solution for satellite manufacturing. ### Design and Specifications The SmartMEO platform is engineered with a focus on flexibility and reliability. Its minimum launch weight of 700 kg and maximum launch weight of 800 kg ensure stability during deployment, while the 300 kg payload capacity accommodates a wide range of satellite instruments and experiments. The platform’s 12-year design life is supported by its robust power system, consisting of two solar arrays generating a combined 1,100 watts. This power output ensures consistent energy supply for extended operational periods, enhancing the platform’s suitability for long-duration missions. ### Orbit Capability SmartMEO is designed for deployment in both low Earth orbit (LEO) and medium Earth orbit (MEO), as referenced in OHB’s satellite platform documentation. This versatility allows the platform to support a variety of mission profiles, from Earth observation and communication to scientific research. The ability to operate in different orbital regimes makes SmartMEO a valuable asset for a broad spectrum of space applications. ### Manufacturer and Origin The SmartMEO platform is manufactured by OHB System AG, a leading company in satellite technology and engineering. OHB’s expertise in satellite bus design and production ensures that SmartMEO meets high standards of quality and performance. The platform’s German origin reflects OHB’s commitment to advancing space infrastructure and contributing to global space exploration efforts. ### References and Documentation Key details about the SmartMEO platform are documented in OHB’s satellite platform documentation, which specifies the platform’s mass, power system, payload capacity, and design life. Additional references include an ESA-indico presentation that further confirms OHB System AG as the manufacturer of the platform. These sources provide a comprehensive overview of SmartMEO’s capabilities and specifications. ## References 1. [Source](https://www.ohb-system.de/files/images/mediathek/downloads/OHB-System_Satellite_Platforms_2018.pdf) 2. [Source](https://indico.esa.int/event/252/contributions/3832/attachments/3005/3713/08_-_OHB_View.pdf)