Jungheinrich & Deutsche Aircraft: A Pioneering Automated Warehouse for One of the Most Advanced Regional Aircraft Production Facilities

• Premiere: First industrial deployment combining the Jungheinrich PowerCube automated compact bin storage system and automated very narrow aisle warehouse (AutoVNA)

• More than 6,500 bin storage locations across 26 levels within just approx. 210 m² of footprint

• Automated material supply supporting the industrialisation and final assembly of the D328eco regional aircraft

• Part of Deutsche Aircraft’s fully digital, carbon-neutral "Factory 4.0" production facility at Leipzig/Halle Airport

Jungheinrich has officially handed over the automated logistics center at Leipzig/Halle Airport to Deutsche Aircraft. The logistics centre is a key component of Deutsche Aircraft's industrialisation strategy for the D328eco programme, providing the automated material supply required to support future production ramp-up. In a pioneering implementation, the Jungheinrich PowerCube automated compact bin storage system and an automated very narrow aisle warehouse (AutoVNA) operate together under a single control system.

Hamburg/Weßling, 06 October 2026, – With its "Factory 4.0" at Leipzig/Halle Airport, Deutsche Aircraft has developed a fully digital, paperless final assembly line for regional aircraft, equipped with an integrated automated intralogistics solution. The system provides highly space-efficient storage for thousands of small parts and pallets and is fully integrated into the digital process chain.

To achieve this, Jungheinrich combined the PowerCube automated compact bin storage system and an automated very narrow aisle warehouse (AutoVNA) under one integrated control system.  On a footprint of only approximately 210 square meters, the PowerCube automated compact bin storage system accommodates more than 6,500 containers across 26 levels, while the automated very narrow aisle warehouse manages the handling of 624 pallets in two aisles.

Sebastian Böhnl, Vice President Operations & Production at Deutsche Aircraft, said:

"As we prepare to ramp up production towards a capacity of up to 48 aircraft per year, the D328eco programme requires a logistics infrastructure that can scale alongside it. The Jungheinrich PowerCube and AutoVNA provide exactly that, ensuring every part is available when it is needed for assembly, all within a significantly smaller footprint than any other solution we evaluated. At the same time, the system provides substantial capacity for future growth."

Two Material Flows, One Control System

Within the Jungheinrich PowerCube, 16 shuttles move bins between storage locations and five ergonomic workstations. Frequently used components are automatically stored on the lower levels because of their higher throughput, while less frequently accessed parts gradually move to upper levels over time. Components required for assembly are staged in dedicated preparation shafts, enabling rapid access to pre-configured assemblies. The storage area operates in a reduced-oxygen environment to minimize fire risk.

In the very narrow aisle warehouse, two EKX 516ka trucks autonomously store and retrieve Euro pallets. Conveyor technology connects the receiving area, six picking stations, and the shipping area. During transport, every pallet is scanned via barcode and automatically checked for dimensional conformity and weight. For long goods, Jungheinrich also supplied 135 cantilever storage positions serviced by electric forklifts.

All transport movements in both systems are coordinated by a shared Jungheinrich Warehouse Control System.

Dr. Tobias Harzer, Member of the Board for Automation at Jungheinrich, explained the benefits of the combined solution:

"The PowerCube maximizes storage density for small parts in the smallest possible space, while the very narrow aisle warehouse keeps pallets with larger components readily available close to production. Each system leverages its respective strengths, and together under a unified control system they create a material supply solution that minimizes space requirements while supporting future production increases. Deutsche Aircraft is the first customer to implement this combination, and certainly will not be the last."

Ready for Production Ramp-Up

The facility has been designed for two-shift operation and can be expanded to three shifts to support future production ramp-up. At full capacity, between 250 and 350 employees will manufacture up to 48 aircrafts per year at the Leipzig/Halle site, establishing Leipzig/Halle as the industrial centre of excellence for the D328eco programme.

The advanced logistics infrastructure forms a key part of Deutsche Aircraft's industrialisation strategy for the D328eco programme, enabling efficient material flow and scalable production as manufacturing volumes increase.

For media enquiries, please contact pressoffice@deutscheaircraft.com

D328eco
FAL
Germany
Aerospace
Aviation

Building the future of flight

Jungheinrich & Deutsche Aircraft: A Pioneering Automated Warehouse for One of the Most Advanced Regional Aircraft Production Facilities

October 6, 2026
Deutsche Aircraft Sales and Marketing Team
Jungheinrich & Deutsche Aircraft: A Pioneering Automated Warehouse for One of the Most Advanced Regional Aircraft Production Facilities

• Premiere: First industrial deployment combining the Jungheinrich PowerCube automated compact bin storage system and automated very narrow aisle warehouse (AutoVNA)

• More than 6,500 bin storage locations across 26 levels within just approx. 210 m² of footprint

• Automated material supply supporting the industrialisation and final assembly of the D328eco regional aircraft

• Part of Deutsche Aircraft’s fully digital, carbon-neutral "Factory 4.0" production facility at Leipzig/Halle Airport

Jungheinrich has officially handed over the automated logistics center at Leipzig/Halle Airport to Deutsche Aircraft. The logistics centre is a key component of Deutsche Aircraft's industrialisation strategy for the D328eco programme, providing the automated material supply required to support future production ramp-up. In a pioneering implementation, the Jungheinrich PowerCube automated compact bin storage system and an automated very narrow aisle warehouse (AutoVNA) operate together under a single control system.

Hamburg/Weßling, 06 October 2026, – With its "Factory 4.0" at Leipzig/Halle Airport, Deutsche Aircraft has developed a fully digital, paperless final assembly line for regional aircraft, equipped with an integrated automated intralogistics solution. The system provides highly space-efficient storage for thousands of small parts and pallets and is fully integrated into the digital process chain.

To achieve this, Jungheinrich combined the PowerCube automated compact bin storage system and an automated very narrow aisle warehouse (AutoVNA) under one integrated control system.  On a footprint of only approximately 210 square meters, the PowerCube automated compact bin storage system accommodates more than 6,500 containers across 26 levels, while the automated very narrow aisle warehouse manages the handling of 624 pallets in two aisles.

Sebastian Böhnl, Vice President Operations & Production at Deutsche Aircraft, said:

"As we prepare to ramp up production towards a capacity of up to 48 aircraft per year, the D328eco programme requires a logistics infrastructure that can scale alongside it. The Jungheinrich PowerCube and AutoVNA provide exactly that, ensuring every part is available when it is needed for assembly, all within a significantly smaller footprint than any other solution we evaluated. At the same time, the system provides substantial capacity for future growth."

Two Material Flows, One Control System

Within the Jungheinrich PowerCube, 16 shuttles move bins between storage locations and five ergonomic workstations. Frequently used components are automatically stored on the lower levels because of their higher throughput, while less frequently accessed parts gradually move to upper levels over time. Components required for assembly are staged in dedicated preparation shafts, enabling rapid access to pre-configured assemblies. The storage area operates in a reduced-oxygen environment to minimize fire risk.

In the very narrow aisle warehouse, two EKX 516ka trucks autonomously store and retrieve Euro pallets. Conveyor technology connects the receiving area, six picking stations, and the shipping area. During transport, every pallet is scanned via barcode and automatically checked for dimensional conformity and weight. For long goods, Jungheinrich also supplied 135 cantilever storage positions serviced by electric forklifts.

All transport movements in both systems are coordinated by a shared Jungheinrich Warehouse Control System.

Dr. Tobias Harzer, Member of the Board for Automation at Jungheinrich, explained the benefits of the combined solution:

"The PowerCube maximizes storage density for small parts in the smallest possible space, while the very narrow aisle warehouse keeps pallets with larger components readily available close to production. Each system leverages its respective strengths, and together under a unified control system they create a material supply solution that minimizes space requirements while supporting future production increases. Deutsche Aircraft is the first customer to implement this combination, and certainly will not be the last."

Ready for Production Ramp-Up

The facility has been designed for two-shift operation and can be expanded to three shifts to support future production ramp-up. At full capacity, between 250 and 350 employees will manufacture up to 48 aircrafts per year at the Leipzig/Halle site, establishing Leipzig/Halle as the industrial centre of excellence for the D328eco programme.

The advanced logistics infrastructure forms a key part of Deutsche Aircraft's industrialisation strategy for the D328eco programme, enabling efficient material flow and scalable production as manufacturing volumes increase.

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.

Download the report for free here.

Access Review

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.

Read more

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

Read more

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.

Deutsche Aircraft Aviation Ecosystem Review 2020 Download

Aviation Ecosystem Review 2020

Download the report for free here.

Thank you! A link to the report has been emailed to you.
Oops! Something went wrong while submitting the form. Please try again.
Deutsche Aircraft Aviation Ecosystem Review 2020 Download

ESG in Aviation 2022

Download the report for free here.

Thank you! A link to the report has been emailed to you.
Oops! Something went wrong while submitting the form. Please try again.