Qosmosys architects system and subsystem designs for space exploration, specializing in integrating advanced technologies for lunar economy applications. The company leverages AI models to optimize designs, ensuring alignment with sustainable and profitable business models for operations beyond geostationary orbit. They develop dual-use innovations and offer lunar infrastructure services, including data transmission and in-situ resource production, to public and private organizations.
Funding
$100M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The emerging lunar economy requires reliable and versatile spacecraft to transport payloads, deploy infrastructure, and conduct scientific research on the Moon's surface and in cislunar orbit. Existing solutions often lack the necessary adaptability and focus on sustainable, commercially viable operations.
Solution
Qosmosys is developing the ZeusX spacecraft, a multi-mission vehicle designed to facilitate lunar exploration and resource utilization. ZeusX comprises a Qosmosys Service Module (QSM) and a Qosmosys Moon Lander (QML), offering a modular and adaptable platform for a wide range of lunar activities. The spacecraft is designed for a ten-year lifetime, capable of withstanding the harsh lunar environment and operational stresses. Qosmosys focuses on integrating advanced technologies and sustainable business models to drive lunar economic growth and generate substantial returns.
Target Audience
Qosmosys targets public and private organizations seeking to operate in the lunar environment, including those involved in data transmission and management, in-situ resource production, and scientific research.
Features
- Modular design with a Qosmosys Service Module (QSM) and Qosmosys Moon Lander (QML)
- Net payload capacity of up to 2.2 metric tons on the Moon surface
- Payload capacity of more than 2 metric tons in cislunar orbit
- Compatibility with various launch vehicles, including SpaceX's Falcon Heavy and Arianespace’s Ariane 6
- Designed for a ten-year lifetime in the lunar environment
- Advanced Positioning, Navigation and Timing (PNT) project to be deployed around the Moon south pole
- Utilizes AI models to optimize each application