The German Aerospace Center’s Institute of Space Propulsion in Lampoldshausen has more than a decade of experience in green propellant research and green propulsion hardware development. Over time, thrusters and propulsion hardware were developed in-house and the TRL of the hardware was increased step by step. Currently, the two most promising technologies are: the HyNOx bipropellant technology, based on nitrous oxide and hydrocarbon fuels, as well as the hypergolic HIP_11 technology. To commercialize the two propulsion technologies, a DLR spin-off called InSpacePropulsion Technologies will be founded in summer 2023. The preparation of the spin-off is currently funded by the Helmholtz Association and DLR. This paper gives an overview on th...
This document describes the selection assessment of propellants for a 1-newton g...
Since decades, the highly toxic hydrazine is used as propellant for in-space propulsion. During the ...
This document describes the selection assessment of propellants for a 1-newton green bipropellant th...
The German Aerospace Center\u27s Institute of Space Propulsion in Lampoldshausen has more than a dec...
Since the 1960s hydrazine (N2H4) is the commonly used monopropellant for various space propulsion sy...
The present paper gives a comprehensive overview and summary of research and test activities conduct...
Space activities and applications play an important role in strengthening the competitiveness of Eur...
Green Propulsion is a recurring trend in the space sector that has grown exponentially over the last...
The paper presents the main activities of the Institute of Aviation (IoA) in the field of chemical r...
Within the sub-project "Advanced Rocket Propellants" (TP5) of the DLR interdisciplinary project "Fut...
Space Technology is the backbone of modern technological advancements. With sustainable development ...
In 2014 DLR started research activities focused on premixed monopropellants consisting of nitrous ox...
At the site Lampoldshausen, the German Aerospace Center (DLR) operates on behalf of the European Spa...
Most space vehicle auxiliary power units (APUs) use hydrazine propellant for generating power. Hydra...
The DLR Institute of Space Propulsion targets the further development of sustainable technologies ba...
This document describes the selection assessment of propellants for a 1-newton g...
Since decades, the highly toxic hydrazine is used as propellant for in-space propulsion. During the ...
This document describes the selection assessment of propellants for a 1-newton green bipropellant th...
The German Aerospace Center\u27s Institute of Space Propulsion in Lampoldshausen has more than a dec...
Since the 1960s hydrazine (N2H4) is the commonly used monopropellant for various space propulsion sy...
The present paper gives a comprehensive overview and summary of research and test activities conduct...
Space activities and applications play an important role in strengthening the competitiveness of Eur...
Green Propulsion is a recurring trend in the space sector that has grown exponentially over the last...
The paper presents the main activities of the Institute of Aviation (IoA) in the field of chemical r...
Within the sub-project "Advanced Rocket Propellants" (TP5) of the DLR interdisciplinary project "Fut...
Space Technology is the backbone of modern technological advancements. With sustainable development ...
In 2014 DLR started research activities focused on premixed monopropellants consisting of nitrous ox...
At the site Lampoldshausen, the German Aerospace Center (DLR) operates on behalf of the European Spa...
Most space vehicle auxiliary power units (APUs) use hydrazine propellant for generating power. Hydra...
The DLR Institute of Space Propulsion targets the further development of sustainable technologies ba...
This document describes the selection assessment of propellants for a 1-newton g...
Since decades, the highly toxic hydrazine is used as propellant for in-space propulsion. During the ...
This document describes the selection assessment of propellants for a 1-newton green bipropellant th...