The D328® Uplift flying testbed becomes the first large aircraft to successfully fly with 100% synthetic zero aromatics fuels

Wessling, 16 October 2024 – German aircraft manufacturer Deutsche Aircraft has successfully operated the first-ever test flight using 100% synthetic zero aromatics fuel in both engines of the D328® UpLift flying testbed. This is the first time a CS-25 aircraft has operated solely on a fuel that is chemically identical to Power-to-Liquid fuel (PtL). The flight, which was conducted at Oberpfaffenhofen Airport on 9 October 2024, is the starting point of the CLIM0ART inflight emission measurement campaign, which will investigate the benefits of using 100% zero aromatics PtL to reduce climate impact. PtL can be produced using sustainable CO2, renewable energy and water in the future, offering the potential to reduce the CO2 balance by up to 95% as well as decreasing non-CO2 effects.

The current CLIM0ART measurement campaign with the D328® UpLift platform is funded by the German Federal Ministry for Economic Affairs and Climate Action (BMWK) through the LuFo-Klima Aviation Research Programme. The project is led by the German Aerospace Center (DLR) and Deutsche Aircraft, with Sasol as the contributing fuel partner. During this flight campaign, the D328® UpLift aircraft flies in formation with DLR's Falcon 20E research aircraft, which is equipped with probes to measure the emissions from zero aromatics synthetic fuel and to probe the properties of ice crystals in condensation trails. The campaign also marks the first time that the emissions of a CS-25 turboprop aircraft are measured in flight with fully synthetic fuels. The in-flight emission measurements were preceded by extensive emission measurements of the D328® turboprop aircraft on the ground, powered by the same zero-aromatics PtL-proxy fuel.

The synthetic fuel is supplied by Sasol, a leading South African chemical company, that has mastered the Fischer-Tropsch process on an industrial scale. While the currently used fuel is not yet produced from sustainable feedstock (hence being called “PtL-proxy”), Power-to-Liquid fuels, or e-kerosene, have the potential to facilitate aviation's transition to climate neutrality in the long term, as their production is not constrained by feedstock scarcity. In addition to reducing the CO2 footprint, the absence of aromatics can significantly reduce the warming effect of contrails and will improve the air quality at airports.

Nico Neumann, Chief Operations Officer at Deutsche Aircraft, remarks: “The CLIM0ART project is another piece of the puzzle in our holistic approach to optimising the environmental impact of our aircraft, with the objective of implementing the latest climate science in our D328eco™, which is currently under development. This achievement not only underscores the potential of synthetic fuels but also highlights the significance of the collaboration between industry and research institutions and the support from the German government in driving meaningful change and contributing to the global aviation value chain.”

Regina Pouzolz, Director Sustainable Flight at Deutsche Aircraft, adds: “We want the D328eco to be compatible with zero aromatics PtL produced from renewable and sustainable resources, in addition to any other fuel choice of our customers around the world. I would like to thank the DLR and our fantastic team for their efforts and spirit of collaboration to make this flight happen.

“Sustainable fuels will play an important role in climate-friendly aviation in the future, especially electricity-based fuels for widespread production,” explains Dr. Markus Fischer, DLR Executive Board Member for Aeronautics. “I am therefore particularly pleased that our new D328 UpLift research aircraft is the first in the world to fly with such a synthetic aromatics-free fuel in its turboprop engines on its research campaign premiere. With our 'flying laboratory' Falcon 20E, we are contributing DLR's outstanding expertise in measuring emissions and the resulting contrails directly in flight.”

The D328® UpLift Flying Testbed will be pivotal in the application of new, climate-friendly systems, fuel and propulsion technologies. It is predicted that PtL production volumes will have to be increased in order to meet the mandate of the ReFuelEU Aviation regulation obliging airlines to uplift a minimum share of e-kerosene by 2030. The scientific findings of this campaign will inform policy and build momentum to support the required ramp-up of Power-to-Liquid fuels.

As the D328® Uplift continues to soar, Deutsche Aircraft remains committed to playing a pivotal role in innovation, setting an example for the aviation industry to achieve a future that is more sustainable and environmentally conscious.

D328® UpLift © German Aerospace Center (DLR)

For media enquiries, please contact pressoffice@deutscheaircraft.com

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Building the future of flight

The D328® Uplift flying testbed becomes the first large aircraft to successfully fly with 100% synthetic zero aromatics fuels

October 16, 2024
The D328® Uplift flying testbed becomes the first large aircraft to successfully fly with 100% synthetic zero aromatics fuels

Wessling, 16 October 2024 – German aircraft manufacturer Deutsche Aircraft has successfully operated the first-ever test flight using 100% synthetic zero aromatics fuel in both engines of the D328® UpLift flying testbed. This is the first time a CS-25 aircraft has operated solely on a fuel that is chemically identical to Power-to-Liquid fuel (PtL). The flight, which was conducted at Oberpfaffenhofen Airport on 9 October 2024, is the starting point of the CLIM0ART inflight emission measurement campaign, which will investigate the benefits of using 100% zero aromatics PtL to reduce climate impact. PtL can be produced using sustainable CO2, renewable energy and water in the future, offering the potential to reduce the CO2 balance by up to 95% as well as decreasing non-CO2 effects.

The current CLIM0ART measurement campaign with the D328® UpLift platform is funded by the German Federal Ministry for Economic Affairs and Climate Action (BMWK) through the LuFo-Klima Aviation Research Programme. The project is led by the German Aerospace Center (DLR) and Deutsche Aircraft, with Sasol as the contributing fuel partner. During this flight campaign, the D328® UpLift aircraft flies in formation with DLR's Falcon 20E research aircraft, which is equipped with probes to measure the emissions from zero aromatics synthetic fuel and to probe the properties of ice crystals in condensation trails. The campaign also marks the first time that the emissions of a CS-25 turboprop aircraft are measured in flight with fully synthetic fuels. The in-flight emission measurements were preceded by extensive emission measurements of the D328® turboprop aircraft on the ground, powered by the same zero-aromatics PtL-proxy fuel.

The synthetic fuel is supplied by Sasol, a leading South African chemical company, that has mastered the Fischer-Tropsch process on an industrial scale. While the currently used fuel is not yet produced from sustainable feedstock (hence being called “PtL-proxy”), Power-to-Liquid fuels, or e-kerosene, have the potential to facilitate aviation's transition to climate neutrality in the long term, as their production is not constrained by feedstock scarcity. In addition to reducing the CO2 footprint, the absence of aromatics can significantly reduce the warming effect of contrails and will improve the air quality at airports.

Nico Neumann, Chief Operations Officer at Deutsche Aircraft, remarks: “The CLIM0ART project is another piece of the puzzle in our holistic approach to optimising the environmental impact of our aircraft, with the objective of implementing the latest climate science in our D328eco™, which is currently under development. This achievement not only underscores the potential of synthetic fuels but also highlights the significance of the collaboration between industry and research institutions and the support from the German government in driving meaningful change and contributing to the global aviation value chain.”

Regina Pouzolz, Director Sustainable Flight at Deutsche Aircraft, adds: “We want the D328eco to be compatible with zero aromatics PtL produced from renewable and sustainable resources, in addition to any other fuel choice of our customers around the world. I would like to thank the DLR and our fantastic team for their efforts and spirit of collaboration to make this flight happen.

“Sustainable fuels will play an important role in climate-friendly aviation in the future, especially electricity-based fuels for widespread production,” explains Dr. Markus Fischer, DLR Executive Board Member for Aeronautics. “I am therefore particularly pleased that our new D328 UpLift research aircraft is the first in the world to fly with such a synthetic aromatics-free fuel in its turboprop engines on its research campaign premiere. With our 'flying laboratory' Falcon 20E, we are contributing DLR's outstanding expertise in measuring emissions and the resulting contrails directly in flight.”

The D328® UpLift Flying Testbed will be pivotal in the application of new, climate-friendly systems, fuel and propulsion technologies. It is predicted that PtL production volumes will have to be increased in order to meet the mandate of the ReFuelEU Aviation regulation obliging airlines to uplift a minimum share of e-kerosene by 2030. The scientific findings of this campaign will inform policy and build momentum to support the required ramp-up of Power-to-Liquid fuels.

As the D328® Uplift continues to soar, Deutsche Aircraft remains committed to playing a pivotal role in innovation, setting an example for the aviation industry to achieve a future that is more sustainable and environmentally conscious.

D328® UpLift © German Aerospace Center (DLR)

About the data:
- Source: Cirium
- Schedules data: full year 2019 vs. 2020 – excludes non-scheduled flying
- In-service data:
- For 2019 the data is dated April while for 2020 it’s dated October. We wanted to compare “shoulder month” to shoulder month, however April 2020 wouldn’t have captured the immediate impact of Coronavirus as our dataset classes aircraft as in storage after 3 months of inactivity.

DA Aviation Ecosystem Review

We are proud to present, “Aviation Ecosystem Review 2020.”
Based on market research surrounding our vision of building a sustainable future for aviation, this report provides insight into how we see Deutsche Aircraft fitting into the everchanging aviation environment.

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Welcome: New Leadership Onboard

Nico Neumann Deutsche Aircraft

Nico’s responsibilities as Vice President of Operations & Programs include development of aircraft production programs, maintenance, overall quality management and ensuring infrastructure and knowledge are in place to meet future needs.

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As Director of Supply Chain, Maximilian’s role is to lead development and growth of all supply chain activities under a consolidated strategy.

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DA Latest News in a Nutshell

New talent appointed to strengthen the Deutsche aircraft programme

As part of its continued support of Deutsche Aircraft’s D328eco aircraft programme, 328 Support Services GmbH recently appointed a panel of “talent experts” to further strengthen the overall team and ensure strong management structure and processes are in place across the D328eco development programme. Today we focus on the Engineering & Programme departments.

On the programme side, Mr. Peter Spyrka has been appointed Director of Programmes. Peter brings over 20 years’ experience in the global aerospace industry with engineering & development works on both civil and military aircraft programmes. Prior to joining Deutsche Aircraft, Peter worked at Airbus, leading the Hybrid Electric Propulsion System development programme for demonstrator projects. He also worked for Fairchild Dornier back in the late 1990’s.

In Engineering, Mr. Jean-Damien Mazeau has been appointed as our new Head of Propulsion Systems. Jean-Damien also brings more than 20 years’ aeronautical experience to Deutsche Aircraft, having built most of his career at Airbus. He was most recently involved with the A320neo’s entry into service, in charge of propulsion system’s global technical Support.

Last but not least, Dr. Stefan Brunner brings more than two decades of expertise and experience to his position as Head of Airframe. Throughout his career, Stefan spent more than 17 years working directly for the Airbus group where he was heavily involved with a wide variety of major engineering programmes on both commercial aviation and defence & space programmes. In his new role, Stefan will be responsible for design, analysis and modification of the D328eco airframe’s primary structure (Fuselage, Fairings, Wing, Empennage), as well as establishing new processes and procedures to complete aircraft development. Finally, he is responsible for ensuring compliance with the European Authorisation and Restriction of Chemicals (REACH) regulations.

In addition to Peter, Jean Damien and Stefan, we are also proud to announce that we have been busy hiring new talent from not only within Germany, but from all over the world. Coming from a variety of companies within the aerospace industry, we look forward to utilising our new team members’ skills and expertise to achieve the entry into service scheduled for 2025.

All are great assets to the current Engineering & Programme team and will, without a doubt, help support Deutsche Aircraft’s development programme over the coming years.

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