Nexus Dynamix offers AstroPod, an Earth‑based microgravity simulation platform that reproduces orbital conditions with precision, eliminating the need for costly space launches.
Funding
Funding not disclosed
Founders
Product
Problem
Conducting microgravity experiments typically requires access to the International Space Station or costly suborbital flights, limiting researchers due to high expense, long lead times, and logistical complexity. This restricts the ability of biotech, longevity, and defense scientists to explore space‑grade phenomena such as protein crystallization, 3D cell culture behavior, and material properties.
Solution
AstroPod, Nexus Dynamix’s Earth‑based microgravity simulation platform, recreates orbital conditions with high precision using technology trained on data from more than 750 NASA and ESA experiments. By providing a controllable zero‑gravity environment on the ground, AstroPod eliminates the need for space launches, enabling rapid iteration and scaling of experiments. The system supports drug discovery workflows, advanced tissue engineering, and defense material testing, delivering space‑grade results in a laboratory setting. Researchers can run experiments on demand, reduce costs, and accelerate timelines while maintaining the fidelity of true microgravity effects.
Target Audience
Primary customers are biotech and pharmaceutical research labs, longevity and regenerative medicine institutes, and defense or advanced materials organizations seeking microgravity‑enabled experimentation without spaceflight.
Features
- Closed‑loop chamber that generates sustained microgravity conditions comparable to low Earth orbit
- Integrated environmental controls (temperature, humidity, gas composition) for reproducible biological and materials assays
- Modular design allowing interchangeable sample holders for 3D cell cultures, protein crystallization, and material specimens
- Real‑time monitoring and data acquisition system with high‑resolution imaging and sensor feedback
- Compatibility with standard laboratory equipment and automation workflows for seamless integration