lIST OF SATELLITE MANUFACTURING COMPANIES
A future where everyone can do business using satellites
We will realize everything from satellites to constellations tailored to missions such as deep space exploration , and promote the development and use of space within the reach of everyone through a business model that responds to all space needs .
Astroscale is the first private company solely dedicated to on-orbit servicing across all orbits with a mission to secure orbital safety to achieve long-term sustainability of the orbital environment for future generations. At our booth, we will be exhibiting a model of one of our satellites and will also be distributing some goods.
From the land of Kyushu, IQPS disseminate world-shaking technologies and thereby change the world for the better. Based on this corporate identity, iQPS is working hard to develop new technologies and their applications with high aspirations and highly inquisitive minds. iQPS has achieved success in the development of the small SAR satellite, named "QPS-SAR"
Synspective provides SAR data and remote monitoring services to government agencies and companies worldwide. We also provide SAR data from our satellites to data analysis companies developing their own data products and solutions. Together, a SAR data ecosystem is taking shape that will transform how we as humans manage our environment, natural resources, and risk exposure.
Creating space infrastructure that improves the world.
“Realizing a Connected Space”
Promote the flexible use of existing technology by mixing the knowledge of engineers with diverse backgrounds from Japan and abroad while having members with rich experience in international space agencies and those who have studied spatial optical communication technology for many years.
Pale Blue is a venture company originating from the University of Tokyo that provides engine technology for small satellites that use water as a propellant.
Traditional satellite engines use high-pressure gas and toxic propellants.
Pale Blue, which aims to build next-generation space mobility infrastructure, focuses on water propellants that are high-performance, safe, non-toxic, and easy to obtain and handle, based on research at the Koizumi Laboratory at the University of Tokyo.
Since our establishment in April 2020, we have focused on the technology of small satellite engines that use water as a propellant, aiming for environmentally friendly and sustainable space development.
The Laboratory of Lean Satellite Enterprises and In-Orbit Experiments (LaSEINE)
The purposes of the new “Laboratory of Lean Satellite Enterprises and In-Orbit Experiments” are as follows. Developing nano-satellites and other new technologies, our laboratory’s purpose is to expand the “Base of Space” (mentioned earlier) to contribute to the development of human involvement in space. Specifically, we will pursue the following five key activities:
Develop the seeds of space utilization technology rooted in information, sensors, and network technologies, and collaborate with people who have similar concepts: Provide a space demonstration platform to people who want to test new space technology/utilization ideas using actual satellites operating in space, Develop technology, especially in the field of testing and verification so that we can develop nano-satellites at lower cost but with higher reliability Carry out international joint satellite missions with developing/emerging nations that seek to expand their exploitation of space for the benefit of their citizens
Micro Orbiter Co., Ltd. focuses on LPWA (Low Power Wide Area) IoT communication among the various applications using nanosatellites, which are rapidly growing. We plan, develop, and conduct demonstration experiments on an LPWA IoT microsatellite relay system that enables stable relaying of low-output signals from mobile sensors using microsatellites orbiting in low orbit. We are a startup company aiming to build a microsatellite constellation LPWA IoT data communication system.
We at Cosmobloom, which was formerly the Miyazaki Laboratory of the Department of Aerospace Engineering, College of Science and Technology, Nihon University (currently JAXA Space Structure Systems Laboratory), are a company responsible for the analysis, design, and development of flexible deployable structures and space missions. At Cosmobloom, we use our core NEDA and experience in spacecraft development to provide value to customers who are considering the analysis, design, and development of flexible structures.
