Prof. Dr.-Ing. Josef Kallo

3D printed and hybrid electronics durability under aeronautic conditions? Join us to hear Alois Friedberger present at TechBlick's Future of Electronics RESHAPED Berlin onsite (23 & 24 OCT 2024). This is a must-attend event where the global community connects and learns. Join us and 650 peers from around the world to enjoy a world-class programme featuring 75+ onsite talks, 80 live exhibitors, 12 masterclasses and 3 tours. Learn about the agenda and full programme here --> https://lnkd.in/edeZxwnG Let's RESHAPE the Future of Electronics together, making it additive, sustainable, flexible, wearable, textile based, R2R, soft, stretchable, 3D, etc. See you all in Berlin. Secure your places before the early bird rates expire and save upto 700 EUROS per person #AdditiveElectronics #R2RElectronics #SustainableElectronics #WearableElectronics #PrintedElectronics #FlexibleElectronics #3DElectronics #DigitalManufacturingofElectronics #Inkjet #ScreenPrinting #EHDPrinting #Aerosol #PadPrinting #Gravure #PCBs #Lighting #MedicalDevices #SkinPatches #InMoldElectronics #Displays #AdvancedPackaging #FutureRESHAPED Airbus Abstract of the Talk: Sensor and electronic integration on aircraft structures enables real time monitoring of structural loads and environmental parameters such as temperature and pressure. The direct integration on composite structures without the need of conventional housings, connectors and cabling reduces weight, complexity and installation effort. We have investigated approaches based on flexible hybrid electronics (FHE) technology with electronic devices being embedded in thermoplastic polyurethane (TPU) foils and these functionalized foils being integrated on aeronautic composite coupons. Alternatively, similar structures have been fabricated using Additively Manufactured Electronics (AME). So far, only limited information was available on the durability of such AME structures. The talk will cover an overview on potential aeronautic applications, manufacturing of our test structures and results of the extensive durability tests of the FHE-based structures as well as test results on the devices made by AME.

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Lilium has released its Q1 2024 Shareholder Letter, highlighting major strides in the development of its pioneering eVTOL Jet. The German-based company reports significant progress towards key milestones and growing commercial interest in their innovative aircraft. Key Highlights: - Advanced Jet Production: Significant advancements in the production of the first Lilium Jets. - Battery Pack Production: Commencement of battery pack production at Lilium’s purpose-built battery facility. - Testing Milestones: Ongoing testing aimed at achieving the first manned flight and certification. - Robust Order Pipeline: The commercial order pipeline now includes over 780 aircraft, with firm orders from UrbanLink Air Mobility and Volare Aviation Limited. - Strategic Partnerships: Expanded support network in key markets, partnering with Aéroports de la Côte d'Azur and UrbanV for French Riviera operations, and Atlantic Aviation for US-wide support. - Successful Fundraising: Concluded a fundraise with $114 million in gross proceeds. - Government Support: Initiated due diligence for a loan guaranteed by the German Federal Government and the State of Bavaria, and engaged in advanced discussions for a similar loan from the French government. Lilium CEO Klaus Roewe expressed, “Our focus is on delivering key program milestones such as the start of production of our aviation-grade battery packs, achieved in April.” He added, “Our engineering and manufacturing teams are working at full speed to achieve the first manned flight of the Lilium Jet, targeted for the end of this year. We will keep the market informed of our progress throughout the year.” #AvfoilNews #Lilium #eVTOL #AviationInnovation #ElectricAircraft #UrbanAirMobility #SustainableAviation #FutureOfFlight #TechInnovation #ElectricAviation

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German-based air taxi developer, Lilium, is set to make headlines once again as it prepares to unveil significant developments at its headquarters near Munich. According to Reuters, Lilium has extended an exclusive invitation to media representatives for a press conference scheduled on Thursday, July 18th. The focus of the event will be to provide detailed insights into the framework of its monumental agreement with SAUDI AIRLINES. Originally disclosed in October 2022, Lilium's potential sale of 100 Jets to Saudia has now progressed from concept to contract. Although Lilium has refrained from direct commentary, the anticipation is high, with insiders suggesting a pivotal contract signing during the event. This announcement marks one of Lilium’s largest orders to date, highlighting its robust pipeline that includes firm commitments from industry leaders such as UrbanLink Air Mobility and eVolare. With over 780 aircraft in potential acquisitions, Lilium continues to solidify its position in the burgeoning eVTOL sector. Scheduled to conduct its inaugural manned flight by year-end, Lilium remains at the forefront of innovation in urban air mobility. Read the full article on our blog. #AvfoilNews #Lilium #SaudiaAirlines #eVTOL #UrbanAirMobility #Aerospace #Innovation #PressConference #FutureOfFlight #AviationNews

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Lilium, the innovative electric jet company, has announced a strategic move to raise capital through a public offering of its Class A shares and warrants, along with a private placement. This initiative aims to fund the continued development and operations of the company. The public offering, led by B. Riley Securities, will include warrants to purchase additional shares. Simultaneously, Lilium has secured private investments from prominent firms such as BIT Capital, Earlybird Venture Capital, and an affiliate of Tencent. These investors have agreed to purchase shares at $1.05 each, with warrants exercisable at $1.50 per share. Lilium plans to use the proceeds from both offerings, along with a prepayment from Tencent affiliate Aceville Transportes, to support its ongoing development efforts and general operations. The company highlighted that the funds will be allocated towards supplier payments and working capital. Lilium's cash expenditure during the first quarter of 2024 was $94.7 million, significantly higher than the quarterly average of $62.85 million during FY23. With only $110 million at the end of Q1 2024, Lilium aims to bridge its liquidity gap to sustain operations until its first manned test flight later this year. The company acknowledges the need for substantial additional funding to cover its operations and to offset the significant costs associated with certifying their electric jet for commercial use. Pre-delivery payments included in existing contracts are anticipated to help manage these expenses. Read the full article on our blog. #AvfoilNews #Lilium #ElectricAviation #CapitalRaise #Innovation #SustainableAviation #Aerospace #Funding #ElectricJet #Investment #AviationNews

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✈️ Ready for take-off: #Thermoplastic components for the #aviation industry   Last week we welcomed distinguished guests at Neue Materialien Bayreuth GmbH. Representatives of Airbus Helicopters, Airbus Operations, Airbus Aerostructures, German Aerospace Center (DLR), Siebenwurst GmbH & Co. KG, Motherson Group (Dr. Schneider Unternehmensgruppe), Fraunhofer IWU and #NMB presented current topics and research projects in the field of thermoplastic components for #aviation. A highlight was the live #demonstration of the production of an aerospace component by NMB as part of the "HELUES" funding project. Guided tours through our institute rounded off the day. Special thanks to the organizers Daniel Schmidt from DLR, Christian Wolf from Airbus and Daniel Hüser from NMB.   The second day was followed by the "#Fuselage Technologies Forum", an internal event organized by Airbus Helicopters, Airbus Operations, Airbus Aerostructures and DLR e.V. After a short introduction of the institute by Holger Ruckdaeschel, the focus was on intensive discussions about research topics in the field of fuselage technology in aviation.   The two days were characterized by inspiring #presentations and fruitful #discussions that will contribute to the further development of aviation technologies. We would like to thank all participants and look forward to future joint projects. #ThermoplasticComponents #AviationTechnology #AerospaceResearch #FuselageTechnology #AerospaceComponents #FutureOfAviation

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Lilium has started production of the advanced aviation grade battery packs that will power the Lilium Jet on its first piloted flight, targeted for end of 2024. This latest milestone represents a landmark in the development of the aircraft and follows extensive testing of #battery pack subcomponents from individual cell to stack level with a focus on performance, safety and regulatory conformity. Lilium’s battery packs are being designed to meet EASA - European Union Aviation Safety Agency's stringent aircraft safety requirements regarding shock resistance, heat resistance, containment, and redundancy. They are also being designed to deliver outstanding power and energy density to support a business model focused on regional, rather than urban, air mobility. Lilium has secured comprehensive intellectual property rights for its unique battery technology. https://lnkd.in/evcPTdDs #evtolinsights #lilium #liliumjet #regionalairmobility #airtaxi #germany #europe #electricaviation #

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🚀 Hybrid Airplanes Technologies GmbH: The Next Step into the Future 🚀 We are excited to share the next thrilling chapter in the story of Hybrid Airplanes Technologies GmbH! 🎉 Our journey began with bootstrapping—a method where we built our company without external investments, relying on our own resources and the revenues we generated. Thanks to strategic contracts and funding programs, we established a solid economic and financial structure, allowing us to drive our projects independently and with focus. Through hard work and a strong team, we have developed HAT into an innovative and stable company. Now, we are ready for the next big step: growth! 🌱 This year, we will further expand our established structures, supported by external partners and the recently successfully completed crowdfunding campaign with Fundernation. This expansion will enable us to realize even more innovative projects and advance our vision of sustainable aviation technology. We are incredibly grateful for the support of our community and look forward to reaching new heights together with our new partners. Stay tuned for exciting updates and developments at Hybrid Airplanes Technologies GmbH! #HybridAirplanesTechnologies #Bootstrapping #Innovation #Aviation #Crowdfunding #Growth #Sustainability #Future

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Flexible, scalable, future ready - explore our cutting-edge Generic Computing Modules (GCM) for all aircraft At this year’s ILA, Diehl Aviation is demonstrating its high level of system competence in state-of-the-art avionics platform solutions of the Integrated Modular Avionics (IMA). Key products with versatile, multi-application use, open protocols and standardized interfaces are our Generic Computing Modules. They enable seamless integration of different avionics, utilities and cabin functions. Yesterday, our GCMs also were explained in more detail to Dr. Patrick Rapp, State Secretary in the Ministerium für Wirtschaft, Arbeit und Tourismus Baden-Württemberg (Ministry of Economics, Labour and Tourism of the State of Baden-Württemberg), who visited our booth for a guided tour. By the way: our GCMs are optimized for weight, volume, and lifecycle costs, making them space-efficient and cost-effective. In addition, our ultra-fast development and certification processes ensure efficient and reliable implementation. From eVTOLs with reduced functionalities to large twin-aisle aircraft, our GCMs can meet a wide range of requirements. Visit us at ILA Berlin - Pioneering Aerospace, booth 210 in hall 2 for more insights! #DiehlAviation #ILA24 #ILA #PioneeringAerospace #Avionics #FutureAviation #FutureConcepts

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🚨Breaking News🚨 World's largest CFRTP fuselage successfully completed! Fraunhofer and its international project partners have joined together upper and lower 8-meter-long and 4-meter-diameter shells of the Multi Functional Fuselage Demonstrator (MFFD) using automated positioning and welding of the two longitudinal seams. 🔧 This is considered to be the largest carbon fiber-reinforced thermoplastic (CFRTP) aircraft fuselage segment in the world. 🌍 The MFFD represents a new architecture for automated production of a thermoplastic composite aircraft fuselage demonstrated on a 1:1 scale. The project shows potential for ~10% weight reduction and 10% cost savings in high-rate production.📈 Thermoplastic Carbon-Fibre-Reinforced Polymers (CFRP), have special properties. While they retain their stable form when cooled, they can be reshaped if heat is reapplied within a certain temperature range. This means that components can be repaired and recycled much more effectively than before. The MFFD thermoplastic composite fuselage section has already been shipped to the Center of Applied Aeronautical Research (ZAL) in Hamburg, Germany. There, it will be finalized with, among other things, the integration of a cabin crown module. It will then be used for further tests and demonstration purposes. Follow Composights to catch all the latest buzz in composites!📰 Source: Composites World #aircraft #innovation #composites #aircraftparts #fuselage #CFRTP #news #composights

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Exciting news in the aviation world as Honeywell partners with Lilium to provide propulsion unit position sensors, called "resolvers," for the groundbreaking Lilium Jet, the world's first all-electric vertical takeoff and landing (eVTOL) jet. These customized sensors are designed by Honeywell specifically for the Lilium Jet, ensuring precise engine position sensing crucial for safe takeoffs. This collaboration showcases Honeywell's expertise in aerospace and sensing industries, aligning with key megatrends such as automation and energy transition. Yves Yemsi, COO at Lilium, highlighted Honeywell's tailored solutions and pivotal role in turning their innovative concept into reality, revolutionizing regional air mobility with zero operating emissions. The Lilium Jet, powered by 30 electric ducted fan engines, requires accurate positioning for vertical to horizontal transitions during flight. Honeywell's solid-state resolvers, using patented technology, offer a lightweight and cost-effective alternative, promising broader applications in electric aircraft beyond Lilium. Sarah Martin, president of Honeywell Sensing Solutions, emphasized the partnership's commitment to sustainable transportation and the pivotal role of their sensors in advancing electrified air transport globally. Read more about this collaboration on our blog. #AvfoilNews #HoneywellInnovates #LiliumJet #AirMobility #SustainableAviation #FutureTech #PartnershipAnnouncement

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#Germany's ERC System revealed an eVTOL specifically intended for patient and casualty transport this week after coming out of stealth. Just to refresh your memory: A completely electric aircraft that can perform vertical takeoffs and landings is known as an eVTOL (electric Vertical Takeoff and Landing) aircraft. ERC, which was established in 2020, is working to fill a significant worldwide patient transport gap by creating a medical eVTOL. Every year, over 82 million critically ill and injured people in the USA and Europe require immediate medical transportation. However, the fastest accessible mode of transportation, helicopters, can only carry approximately 1.5 million of these patients. A group headed by Prof. Dr. Peter Biberthaler, Director of the Clinic and Polyclinic for Trauma Surgery at the Klinikumrechts der Isar of the #Technical University of #Munich, is the primary medical development partner of ERC. Maximilian Oligschläger, Philipp Reiss, Johann Stürken, Nihal Vishnu Vantagodi, Bill Wimberley, Christopher Schropp, Ömer Dogruer To share your startup story write us on - contact@startuprise.co.uk #aircraft #ERCsystem #eVTOL #development #news

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That was the provocative question posed at the meeting of the German Air Cargo Association (acd) on the eve of the ILA trade show in Berlin (04JUN24). The result of the experts’ contributions is summarized here: Innovative forms of propulsion in aviation and therefore also cargo transportation are very much on the advance. This is evidenced by numerous encouraging and technically demanding projects, some of which are already close to market introduction. #acd #sustainability #IATA #SAF #Eviation  

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📢 We are looking for a student interested in a master’s thesis focusing on FE simulation! You will develop methods for battery surrogate models for aviation crash tests and simulations. ✈️   The #aviation industry is intensively working on reducing CO₂ #emissions with new #aircraft and #VTOL concepts based on electrified drive trains, often using batteries for #energy storage. DLR is researching the integration of large, heavy battery packs into airframes, focusing on crash #safety and #lightweight construction. These safety requirements must be validated through physical #crash tests for regulatory approval. #Battery surrogate models are used extensively throughout large parts of the development phases, with the final crash test performed using real, charged batteries. 🔋   Within the scope of this thesis, methods for surrogate models of varying detail levels for #experimental and #simulation purposes are to be developed. The different fidelity levels of battery surrogate models require corresponding quantitative pass/fail criteria that enable the prediction of potential thermal runaway in the actual battery. The methods will be validated using a detailed battery model that is already available. Finally, the methods developed will be applied to a real #eVTOL structure that is currently being developed at DLR and subjected to a #crash test. We look forward to you application! Your contact: Erik Wegener Find more information here: https://lnkd.in/ekbnqnta Deutsches Zentrum für Luft-und Raumfahrt e.V. #dlrbt #dlr #research #thesis #master #student #engineering #aerospace #jobs #hiring #science #lightweightconstruction #abschlussarbeit #wissenschaft #forschung #leichtbau #luftfahrt #batterie #elektrischesfliegen #FEM

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🚀The VoxelMatters Aerospace AM Focus 2024 eBook is now available - including an exclusive interview with AMCM GmbH leaders Martin Bullemer and Felix Bauer on the exploration of the AMCM 8K system’s role in developing the ArianeGroup Prometheus rocket engine. Read more on beginning on page 17 about the boundary-pushing M 8K and how it is facilitating the next generation of rocket engines. 👉 Download Now: https://lnkd.in/d4G9tQat #futureisadditive #3DPrinting

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Lilium N.V., a pioneer in regional air mobility (RAM) with its all-electric vertical take-off and landing (eVTOL) jet, has joined forces with AAM operator UrbanLink Air Mobility to bring cutting-edge transportation solutions to South Florida. UrbanLink's commitment to purchase 20 Lilium Jets marks a significant step towards integrating eVTOL aircraft into commercial airline fleets in the U.S. Led by seasoned airline executive Ed Wegel, UrbanLink brings decades of industry expertise and a vision to transform urban and regional connectivity. Wegel's track record includes successful Federal Aviation Administration certifications for multiple airlines, including Eastern Air Lines, Inc.' 737-800 fleet in record time. UrbanLink's strategic decision underscores the superiority of the Lilium Jet in terms of cabin design, range, capacity, and cost-effectiveness. This partnership not only accelerates AAM adoption but also highlights the maturity and growing demand for eVTOL aircraft in the commercial aviation sector. Sebastien B., Lilium's chief commercial officer, expresses pride in UrbanLink's selection, signaling market maturity and increased demand for intercity connectivity. The planned service launch in 2026 promises sustainable and efficient air travel, linking major cities across South Florida seamlessly. Read more about this groundbreaking partnership and the future of regional air mobility on our blog. #AvfoilNews #LiliumNV #UrbanLink #eVTOL #RegionalAirMobility #FutureofAviation

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A small part in an aircraft, a big role in aviation: Diehl Aviation and 9T Labs have teamed up to create the ECO Bracket! This ultra-lightweight, robust component is made from 80% recycled manufacturing waste and features 3D-printed, fiber-reinforced inserts. The result? Reduced weight, lower component costs, and a significant reduction in lifecycle CO₂ emissions - 17.5 tonnes per aircraft, to be precise! Essential for all mechanically stressed areas, the ECO Bracket also supports high-quality recycling, making it a cornerstone of sustainable aviation. Watch our colleague, Florian Hesselbach, Senior Manager Predevelopment Materials & Technology, explain why this is not just a bracket, but a revolution in eco-friendly design! #DiehlAviation #9TLabs #AIX2024 #AIXExpo #AIX #AircraftInteriors #Sustainability #EcoEfficiency #IMAGINE #TodayTomorrowFuture #FutureAviation #FutureConcepts

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Lilium's new deal takes flight in Saudi Arabia! 🚀⬇ 🛫 Lilium, the German electric aviation pioneer, has struck a binding deal with Saudia Group Of Companies for up to 100 eVTOL aircraft. This firm order includes 50 jets with an option for 50 more, marking a significant leap in the eVTOL market. 💡 The partnership builds on a 2022 memorandum between the two companies, aimed at exploring battery-powered aircraft solutions for the region. The exact terms remain undisclosed, but the potential value runs into the hundreds of millions. 🌍 Lilium aims to replace noisy, polluting helicopters with its all-electric multi-rotor vehicles, designed for short trips between airports or within urban cores. Each jet features a unique egg-shaped fusillade and 30 battery-electric motors for vertical takeoff and forward flight. 💬 The Middle East is quickly becoming a hotspot for eVTOL innovation. Lilium joins other companies like Ehang, Eve, and Joby, who are also eyeing the region for their next aviation advancements. It's exciting to see how these advancements will reshape regional transportation! #aviation #eVTOL #MiddleEast

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Collaboration drives innovation in aviation: As part of a project lead by Airbus, we developed a high-performance hexapod that provides highly dynamic kinematic compensation technology for the aircraft construction. The focus of this new development is the contour processing of “Wing of Tomorrow” single-aisle wing shells by milling and deburring as well as their subsequent sealing and the insertion of drill holes. Combined with an articulated arm robot from MABI Robotic AG for rough positioning, PI's hexapod is used for fine positioning of machining and sealing tools. The hexapod can accelerate a payload of up to 40 kg in the X-Y plane at up to 12,000 mm/s² and is able to dynamically compensate for high-frequency path deviations under the influence of forces during milling. It is specifically optimized for time-critical production processes that meet the stringent tolerances required by the aviation industry. In addition to this high dynamic performance, the hexapod system offers fiber optic data transmission between the hexapod controller and driver electronics, a very short latency time when using the EtherCAT® interface and IP54-sealed components. 📌 https://lnkd.in/eBVHFaCS A project sponsored by Federal Ministry for Economic Affairs and Climate Action, under the supervision of Projektträger Luftfahrtforschung. #kinematics #hexapod #aerospace 

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