The current propulsion systems for small satellites in Low Earth Orbit (LEO) are limited, lacking compactness, power, cost-effectiveness, fuel efficiency, scalability, and adaptability. These limitations hinder satellite capabilities and shorten their lifespans, which is a growing concern as the number of small satellite constellations is expected to surge in the coming decade. Companies like SpaceX and Amazon plan to launch thousands of new satellites to meet increasing demands for communication and earth observation.
A significant challenge in the space industry is the limited delta-v capabilities of small satellites, restricting them to predetermined orbits and increasing collision risks. Advanced propulsion systems could mitigate these issues by enabling orbital maneuvering, collision avoidance, and safer de-orbiting, thus extending mission durations and functionalities.
To enhance small satellite capabilities, there is a critical need for propulsion systems that are compact, powerful, cost-efficient, fuel-effective, scalable, and adaptable. Such systems would extend satellite lifespans, allowing for a broader range of missions and supporting various commercial, technological, and scientific applications.
Additionally, new regulations, such as those from the EU and the US Federal Communications Commission, mandate shorter de-orbit timeframes for satellites, driving the need for advanced propulsion systems to ensure compliance with legal requirements and promote space safety and sustainability.
The objective of our project is to create the most efficient propulsion system for space, helping our customers maximize the value of their in-orbit assets. By addressing the propulsion gap and developing a system with optimal thrust, fuel efficiency, and power consumption, we aim to empower small satellite constellations.
These constellations play crucial roles in global communication, Earth observation, climate monitoring, and strategic objectives. Our efforts support the evolving landscape of spatial data utilization, ensuring the growth of satellite-based technologies in the future.
