A New Application for a Developed Technology

 

The new IFM Nano thruster family can build on an extensive development history that has started long before the need of a propulsion system for small satellites became the urgent matter it is today.

 

Developed

... for 10 years under ESA contracts

TesteD

... for 10.000 hours, more than 100 emitter

Sold

... to commercial customers

Flying

... 2017


 
 
 
 

FOTEC is the Research Subsidiary of the University of Applied Sciences Wiener Neustadt. In the last 10 years, FOTEC has developed the IFM 350 thruster (also known as mN-FEEP thruster) in the frame of ESA science missions at FOTEC.

FOTEC has a long heritage of supplying flight hardware to the global space industry, including
ESA, NASA, Airbus DS, Thales or OHB

AMR Propulsion Innovations is a spin-off company from FOTEC tasked with commercializing the IFM Nano Thruster.

Founded in early 2016, manufacturing of the first set of flight models has already been contracted, to be delivered early 2017.


A Highly Compact, Autonomous and Modular Thruster

Single Module for Cubesat Propulsion

Cluster of Modules for Micro-Satellites


Building on 10 years of Thruster Development
and 30 years of Flight Heritage for Liquid Metal Ion Sources

For almost a decade, FOTEC has developed the mN-FEEP thruster to be used in future ESA missions. This thruster can provide highly accurate thrust ranging from 1 µN to above 1 mN. It will allow large satellites to control their position with an unprecedented accuracy enabling e.g. formation flight of scientific satellites. Utilizing the same thrust level of a few mN in a Nano- or Microsatellite increases the mission range of such satellites significantly .

Furthermore, for 30 years the department of Aerospace Engineering at FOTEC is the only group world-wide to deliver space-qualified liquid metal ion sources to a large number of missions like EURO-MIR, Rosetta or MMS.

 
 

In Orbit Demonstration in 2017

To our knowledge, the IFM Nano Thruster is the only European micro-propulsion technology that has been sold to a commercial customer. The Finnish company ICEYE plans to use the seven module configuration on a constellation of 50kg spacecraft.

In orbit demonstration of the technology is planned for late 2017.