
ABOUT US
Efficient. Reliable. Effective.
Morpheus Space is a leading innovator in in-space mobility, providing cutting-edge electric propulsion systems for the New Space industry.
Our second-generation GO-2 electric propulsion system delivers reliable, efficient propulsion with continuous thrust, no moving parts, and minimal heat generation. Built on advanced FEEP (Field Emission Electric Propulsion) technology developed at TU Dresden in 2018, the GO-2 is designed for mass production and is a critical solution for the growing mobility needs of satellites.

Efficient. Reliable. Effective.
Morpheus Space is unlocking satellite mobility with the efficiency of our next-gen GO-2 electric propulsion system and our Mission Analysis and Design tools on our space mobility platform, JOURNEY.

Founded in 2018, Morpheus Space evolved from an R&D-driven initiative to a trailblazing, New Space commercial force. Fueled by visionary principles, our accomplishments include pioneering propulsion on nanosatellites, collision avoidance maneuvers in space, and groundbreaking software products in space mobility.
Morpheus Space provides comprehensive satellite mobility through connecting reliable, efficient, and scalable propulsion systems with innovative software products.
Leadership Team
Guided by innovation,
Leading with passion, purpose, and expertise

Daniel Bock
CEO & Co-Founder

Kevin Lausten
President

Martin Kelterer
Chief Operations Officer

Adam Kuebler
VP of Finance & Strategy

Gabrielle Diemand
Chief of Staff

Wiebe Wagemans
Director of Hardware Engineering

Brennan Allen
Head of Sales


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Morpheus Space is a leading innovator in in-space mobility, providing cutting-edge electric propulsion systems for the New Space industry.
Our second-generation GO-2 electric propulsion system delivers reliable, efficient propulsion with continuous thrust, no moving parts, and minimal heat generation. Built on advanced FEEP (Field Emission Electric Propulsion) technology developed at TU Dresden in 2018, the GO-2 is designed for mass production and is a critical solution for the growing mobility needs of satellites.
