The Neptune Series

NPT30-I2 1U is a flight-proven, industrialised iodine electric propulsion system based on a Gridded Ion Thruster technology (GIT).
Designed for small satellites and large constellations, it combines compact 1U integration with simplified handling and high-performance in-orbit capabilities.
With hundreds of units already operating in space, the NPT30-I2 1U supports key mission phases including orbit raising, station keeping, collision avoidance and end-of-life manoeuvres. Its design is fully compatible with high-volume production, addressing the needs of constellation programmes, while enabling more sustainable satellite operations.
As the most widely deployed gridded ion thruster in orbit, the NPT30-I2 demonstrates the maturity, reliability and industrial scalability of iodine-based propulsion, positioning it as a truly disruptive technology for small satellites, delivering higher performance, simplified logistics and genuine industrial scale.

The Jupiter Series

JPT150-I2 is the first low-power, flight-ready Hall Thruster operating entirely on solid iodine. It introduces an innovative thruster architecture designed to expand electric propulsion capabilities for small satellites while maintaining a compact and scalable design.
By leveraging the advantages of iodine propellant, the JPT150-I2 offers simplified storage and handling together with improved operational flexibility and optimised performance. The system is designed to address emerging constellation requirements and new mission profiles where efficiency, robustness and scalability are key drivers.
The first in-orbit demonstration units will be delivered to clients in 2026 confirming its potential as a disruptive iodine-based Hall Thruster combining higher performance, simplified logistics and industrial scalability for any next-generation satellite mission.