OUR VISION
As orbits get busier and more complex, the future of space infrastructure depends on mobility. Eos is developing efficient electric propulsion to make satellite manoeuvrability reliable, practical and sustainable.
"To make high-performance electric propulsion accessible, reliable and mission-ready for the next generation of small satellites, supporting orbital sustainability for years to come."
THE CHALLENGE
The expansion of mega-constellations and small-satellite networks has transformed Low Earth Orbit (LEO) into a high-stakes, congested arena.
Without active manoeuvrability, satellites are vulnerable to debris collisions, orbital decay, and operational deadlock. Traditional chemical propulsion is too heavy; conventional electric systems are too complex. Space operators require a streamlined, highly efficient propulsion standard that integrates seamlessly.
PHILOSOPHY
Solving spacecraft propulsion through real engineering realities.
01
An erosion-free architecture is designed to extend operating life, so a satellite keeps its mobility for longer.
02
Whether the job is station-keeping across a constellation or a more demanding transit, we design for reliable, usable performance.
03
Propulsion should adapt to the platform, not the other way round. Lampos is designed with a compact footprint and straightforward interfaces.
LOOKING AHEAD
The key milestones on our journey from funding to flight.
Q3 2026
Our funding round is closed with four investors: Hypernova Fund, Nova Threshold Trust, Antler Korea and Evercurious VC.
Q4 2026
Test an integrated system with thruster head, cathode, propellant management system and power processing unit.
Q2 2027
Extended testing to verify our system's long-lifetime capabilities.
Q3 2027
Lampos is fully space-qualified.
TBC
Lampos is verified in space, giving us first flight heritage.
2028
Full commercial production scaling to equip high-frequency orbital networks with automated collision avoidance.
2028
Full commercial production scaling to equip high-frequency orbital networks with automated collision avoidance.
2028
Full commercial production scaling to equip high-frequency orbital networks with automated collision avoidance.
BY THE NUMBERS
"To make high-performance electric propulsion accessible, reliable, and mission-ready for the next generation of small satellites, securing orbital sustainability for decades to come."
Szymon Dworski, Ph.D.
CEO & Co-Founder, EOS Space
Whether you are an experienced space tech investor or just entering the world of space tech, talk to our team to find out more about Eos and where the space economy is heading.
