Making space a more accessible and practical environment for experimentation.
We are working to address the challenges traditionally associated with space experiments and to create an environment where researchers can take the lead in conducting experiments. To realize a society where space experimentation is accessible to everyone, we are developing a new orbital experimental system.
We envision a society where space is accessible to everyone and accelerates terrestrial R&D.
Through the development of a new experimental system, we aim to address the challenges of cost, speed, and flexibility associated with current space experiments, and create a research environment that is easier for researchers to use.
Cost Efficiency
We reduce costs by eliminating the need for custom-built equipment and minimizing astronaut involvement.
Rapid Implementation
By reducing reliance on custom hardware development, we significantly shorten the lead time required to conduct experiments in space.
Data Reproducibility
By using standard laboratory equipment and protocols, we improve consistency between experiments conducted on Earth and on orbit.
Broad Versatility
Our system is designed to support a wide range of experimental requirements.
Automated Processes
Automation reduces astronaut involvement and ensures consistent experimental quality.
Remote Ground Control
Researchers can operate experiments directly from Earth from the ground.
Terrestrial Compatibility
By utilizing widely used laboratory equipment and protocols, we create a system that is compatible with ground-based research.
Multi-Sample Experiments
The platform enables simultaneous testing of multiple samples, making it suitable for applications such as crystallization screening and drug efficacy evaluation.
This system is being developed primarily for research in the life sciences.
It is expected to support applications such as:
- Cell culture using standard well plates
- Multi-condition cell culture experiments
- Crystallization screening for various compounds
Targeting Launch in 2029
This platform is being developed with the support of the Space Strategy Fund, established to support space development in Japan.
Space BD was selected as the provider for the Low Earth Orbit Versatile Experimental System under the fund’s first phase of technology development, and has been developing this system since 2025.
With a target launch around 2029, we are also developing the operational framework required to ensure a smooth and accessible user experience.
Make Space Your Laboratory.
We are developing an environment that supports your research from the very beginning.
Feel free to contact us with any inquiries.
