#morphAIR
✈️ Verformbare Flügel im Test
Im DLR-Projekt #morphAIR haben wir klassische Klappen und Querruder durch eine flexible Flügelstruktur mit hyperelastischer Hinterkante ersetzt und erfolgreich im Flug getestet. Eine KI-gestützte Flugregelung reagiert in Echtzeit auf Veränderungen. ℹ️: s.dlr.de/morphAIR
April 17, 2026 at 3:26 PM
Das DLR hat eine Tragfläche ohne Klappen entwickelt. Erste Tests mit den verformbaren Flügeln verliefen erfolgreich. #Luftfahrt
Projekt morphAIR: DLR testet verformbare Flügel
Das DLR hat eine Tragfläche ohne Klappen entwickelt. Erste Tests mit den verformbaren Flügeln verliefen erfolgreich.
www.heise.de
April 16, 2026 at 4:52 PM
Wings that shapeshift mid-flight? ✈️The answer is yes — thanks to HyTEM. DLR's morphAIR project is developing wings that change shape in real time. HyTEM creates a smooth, a flexible trailing edge that can bend at 10 different points along its length — reducing drag while enabling full control. 😎
April 29, 2026 at 3:06 PM
💻 An onboard AI manages all actuators simultaneously. First flights with unmanned research aircraft PROTEUS were completed in Cochstedt, Germany. Full test campaign planned for 2026. 🗓️

The future of flight isn't just faster — it's smarter. 🛩️
#morphAIR #dlr #researchproject #aviationresearch
April 29, 2026 at 3:06 PM
DLR’s PROTEUS aircraft successfully tested AI-controlled shape-shifting wings that adjust in real-time to reduce drag and improve flight efficiency. Further tests planned to advance this morphAIR tech. #DLR #Aerospace #Germany
airpronews.com/2026/04/23/d...
DLR Tests AI-Controlled Shape-Shifting Wings on PROTEUS Aircraft
DLR successfully tested AI-controlled morphing wings on the PROTEUS aircraft, enhancing flight efficiency and safety with real-time shape adaptation.
airpronews.com
April 23, 2026 at 8:47 AM
Germany tests morphing wing that changes shape in flight to increase drone efficiency

Germany tests morphing wing that changes shape in flight to increase drone efficiency (LinkedIn / DLR – Institut für Systemleichtbau) Germany has made progress in developing a new type of wing for drones that can…
Germany tests morphing wing that changes shape in flight to increase drone efficiency
Germany tests morphing wing that changes shape in flight to increase drone efficiency (LinkedIn / DLR – Institut für Systemleichtbau) Germany has made progress in developing a new type of wing for drones that can change its shape during flight to improve efficiency and performance. The technology is part of the MorphAIR project, conducted by the German Aerospace Center, and uses the HyTEM concept, inspired by birds’ ability to dynamically adjust their wings according to environmental conditions.
virtualnewss360.com
November 27, 2025 at 7:22 PM
Germany tests morphable wing that changes shape in flight to increase drone efficiency

Germany tests morphable wing that changes shape in flight to increase drone efficiency (LinkedIn / DLR – Institut für Systemleichtbau) Germany has advanced in the development of a morphable wing for drones,…
Germany tests morphable wing that changes shape in flight to increase drone efficiency
Germany tests morphable wing that changes shape in flight to increase drone efficiency (LinkedIn / DLR – Institut für Systemleichtbau) Germany has advanced in the development of a morphable wing for drones, capable of changing its shape during flight to improve efficiency and performance. The technology is part of the MorphAIR project, led by the German Center for Aeronautics and Astronautics, and uses the HyTEM concept, inspired by the ability of birds to dynamically adjust their wings according to environmental conditions.
virtualnewss360.com
November 27, 2025 at 2:47 AM
Centro Aeroespacial Alemão testa asas inteligentes que mudam de forma durante o voo

A Alemanha deu mais um passo importante rumo ao futuro da aviação com os avanços do projeto morphAIR, desenvolvido pelo Centro Aeroespacial Alemão (DLR). A iniciativa está testando uma nova geração de asas…
Centro Aeroespacial Alemão testa asas inteligentes que mudam de forma durante o voo
A Alemanha deu mais um passo importante rumo ao futuro da aviação com os avanços do projeto morphAIR, desenvolvido pelo Centro Aeroespacial Alemão (DLR). A iniciativa está testando uma nova geração de asas inteligentes capazes de alterar sua forma durante o voo sem utilizar flaps ou ailerons convencionais, uma tecnologia que pode transformar completamente o design das futuras aeronaves civis e militares.
www.cavok.com.br
May 2, 2026 at 12:32 AM
Şekil değiştirebilen uçak kanadı morphAIR, PROTEUS kullanılarak uçuş sırasında test edildi [Video]
Almanya Havacılık ve Uzay Merkezi (DLR) tarafından geliştirilen şekil değiştirme özelliğine sahip uçak kanadı “morphAIR”, PROTEUS adı verilen ufak boyutlu deneysel bir uçak kullanılarak uçuş sırasında da test edildi. Şekli sadece sabit konumda değil uçuşta da değişebilen kanat, DLR’nin açıklamasına göre doğrudan yapay zeka tarafından kontrol ediliyor. Uçuş testleri başarıyla sonuçlanan kanadın amacı uçakları daha verimli, daha kolay kontrol edilebilir ve daha güvenli hale getirmek olarak açıklanıyor. “Şekil değiştirebilen kanat, uçuş esnasında formunu değiştirerek farklı uçuş koşullarına etkili şekilde uyum sağlıyor.” diyen DLR, tamamen fiber takviyeli kompozitlerden üretilen kanadın, HyTEM adı verilen teknolojisi sayesinde pürüzsüzce form değiştirebildiğini belirtiyor. Şu anda uçaklar, yön değiştirmek için hareketli ancak düşük esnekliğe sahip kanat yapılarını kullanıyor. Bu hareketli parçalar mekanik karmaşıklığı, ağırlığı ve gürültüyü artırırken bakım ihtiyacını ve aerodinamik kayıpları da beraberinde getiriyor. DLR’nin geliştirdiği bu kanat bu durumu değiştirebiliyor ve gelecek uçaklar için büyük bir potansiyel ortaya koyuyor. Şekil değiştirebilen uçak kanadı morphAIR, PROTEUS kullanılarak uçuş sırasında test edildi [Video] yazısı ilk olarak Teknoloji haberleri - LOG üzerinde yayınlandı.
www.log.com.tr
May 1, 2026 at 7:56 AM
翼そのものが変形する航空機用フラップレスウィング、ドイツ当局が開発。従来より高効率で安全 | Gadget Gate

https://www.walknews.com/1286974/

もっと自然に学ぼう Image:DLR ドイツ航空宇宙センター(DLR)は、morphAIRと名付けられたプロジェクトで、飛行中に形状を変化させられる翼構造を開発した。この翼は航空機をより効率的に制御しやすくすることを目 [...]
翼そのものが変形する航空機用フラップレスウィング、ドイツ当局が開発。従来より高効率で安全 | Gadget Gate - WALK NEWS
もっと自然に学ぼう
www.walknews.com
May 5, 2026 at 11:16 PM
DLR has developed a wing without flaps. Initial tests with the deformable wings were successful.
Project morphAIR: DLR tests deformable wings
DLR has developed a wing without flaps. Initial tests with the deformable wings were successful.
www.heise.de
April 16, 2026 at 10:29 PM
翼そのものが変形する航空機用フラップレスウィング、ドイツ当局が開発。従来より高効率で安全 | Gadget Gate

https://www.wacoca.com/news/2829461/

もっと自然に学ぼう Image:DLR ドイツ航空宇宙センター(DLR)は、morphAIRと名付けられたプロジェクトで、飛行中に形状を変化させられる翼構造を開発した。この翼は航空機をより効率的に制御しやすくすることを目 [...]
翼そのものが変形する航空機用フラップレスウィング、ドイツ当局が開発。従来より高効率で安全 | Gadget Gate - WACOCA NEWS
ドイツ航空宇宙センター(DLR)は、morphAIRと名付けられたプロジェクトで、飛行中に形状を変化させられる翼構造を開発した。この翼は航空機をより効率的に制御しやすくすることを目的としている。
www.wacoca.com
May 5, 2026 at 11:00 PM
Projekt morphAIR: DLR testet verformbare Flügel

Das DLR hat eine Tragfläche ohne Klappen entwickelt. Erste Tests mit den verformbaren Flügeln verliefen erfolgreich […]
Original post on social.heise.de
social.heise.de
April 16, 2026 at 4:52 PM