True Multi-Orbit Agility

Our in-space engines provide best in market efficiency and agility. They are a key building block for our in-space transporter solution for last-mile delivery of satellites in their target orbit.

About

We are a Technical University of Munich spin-off

And build Methane/Oxygen (Methalox) in-space propulsion systems

Our propulsion system is..

efficient

Methalox is the most efficient space storable fuel

affordable

Methalox is the cheapest of the available space storable fuels

agile

best in market agility
(ISP >> 340)

non-toxic

Hydrazine, the current state-of the art is highly toxic and is expected to get banned by the EU

Our Technology

Igniting Methane/Oxygen mixtures in rocket engines is surprisingly difficult, particularly in the vacuum of space. Our patent protected passive resonance ignition systems solve this problem without the need for external power, electrical connections, catalysts or movable parts. This Igniter is the key enabler for our quest to build the first Methalox in space propulsion system in the market.

Our test bench has been set up for the stepwise integration and demonstration of all critical features of our propulsion system.
Its mobile and modular design and real time data processing capabilities allow for rapid development cycles.

Our Solution

We are developing an in-space transporter with standardised slots that can place cube satellites in their target orbit. This in-space transporter is also the basis for future applications such as remote-sensing on-demand and other in-space economy applications.

LEO (Low-Earth Orbit) is seeing exponential growth in the satellites placed there. New satellite constellations and ground-breaking applications are constantly introduced. This requires a scalable method to place such satellites in their target orbit. We are developing a transporter to provide such placement services based on a standardised container format.