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#aerodynamics β€” Public Fediverse posts

Live and recent posts from across the Fediverse tagged #aerodynamics, aggregated by home.social.

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  1. πŸ’πŸ»β€β™€οΈ ICYMI: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  2. πŸ’πŸ»β€β™€οΈ ICYMI: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  3. πŸ’πŸ»β€β™€οΈ ICYMI: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  4. πŸ’πŸ»β€β™€οΈ ICYMI: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  5. πŸ’πŸ»β€β™€οΈ ICYMI: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  6. πŸ’πŸ»β€β™€οΈ NEW: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  7. πŸ’πŸ»β€β™€οΈ NEW: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  8. πŸ’πŸ»β€β™€οΈ NEW: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  9. πŸ’πŸ»β€β™€οΈ NEW: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  10. πŸ’πŸ»β€β™€οΈ NEW: πŸš„πŸ§² An animated #TEDEd lesson from Ning Zhao details how magnetic fields lift, propel, and brake #maglev #trains. By replacing #wheels with magnetic #levitation, these high-speed #vehicles eliminate mechanical friction to reach speeds over 400 km/h.

    πŸ‘‰ Learn more: seethis.tv/post/how-do-maglev-

    #aerodynamics #animals #animation #biomimicry #birds #city #design #engineering #infrastructure #japan #magneticfield #magnets #science #solutions #speed #technology #tech #transportation #travel #vehicles #physics #rail #tksst #video

  11. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  12. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  13. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  14. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  15. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  16. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  17. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  18. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  19. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  20. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  21. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  22. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  23. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  24. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  25. πŸ’πŸ»β€β™€οΈ ICYMI: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  26. πŸ’πŸ»β€β™€οΈ NEW: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  27. πŸ’πŸ»β€β™€οΈ NEW: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  28. πŸ’πŸ»β€β™€οΈ NEW: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  29. πŸ’πŸ»β€β™€οΈ NEW: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  30. πŸ’πŸ»β€β™€οΈ NEW: πŸ§πŸ€– Engineers at #MIT and #EPFL built a flapping-wing #robot that swims #underwater and flies into the air.

    Inspired by diving #birds like #puffins, the small #vehicle folds its #wings to handle water density. This #technology could help scientists collect environmental samples from both air and #water.

    πŸ‘‰ Learn more at seethis.tv/post/a-puffin-inspi

    #aerodynamics #animals #biomechanics #biomimicry #design #engineering #fluiddynamics #flying #locomotion #physics #research #science #tech #tksst #video

  31. Take a close look at the wings, thoracic flight apparatus, and muscular flight motor system of the #fly. A new study shows how wing shape/motion and #aerodynamics have evolved across the #Dipteran lineage. Images by Carlos Faulquier.

    plos.io/4b4LMbJ

  32. Take a close look at the wings, thoracic flight apparatus, and muscular flight motor system of the #fly. A new study shows how wing shape/motion and #aerodynamics have evolved across the #Dipteran lineage. Images by Carlos Faulquier.

    plos.io/4b4LMbJ

  33. Take a close look at the wings, thoracic flight apparatus, and muscular flight motor system of the #fly. A new study shows how wing shape/motion and #aerodynamics have evolved across the #Dipteran lineage. Images by Carlos Faulquier.

    plos.io/4b4LMbJ

  34. Take a close look at the wings, thoracic flight apparatus, and muscular flight motor system of the #fly. A new study shows how wing shape/motion and #aerodynamics have evolved across the #Dipteran lineage. Images by Carlos Faulquier.

    plos.io/4b4LMbJ

  35. Take a close look at the wings, thoracic flight apparatus, and muscular flight motor system of the #fly. A new study shows how wing shape/motion and #aerodynamics have evolved across the #Dipteran lineage. Images by Carlos Faulquier.

    plos.io/4b4LMbJ

  36. πŸ’πŸ»β€β™€οΈ TIL: βš½πŸ”„ A physicist who has studied #WorldCup ball #aerodynamics for 20 years addresses #goalkeeper complaints about the 2026 #Trionda ball.

    He explains that wind tunnel #data predicted stable #flight with slightly higher drag, and match play has largely confirmed those predictions. Goff suggests that elevation, not the ball itself, may explain some wayward kicks.

    πŸ‘‰ theconversation.com/the-ball-i

    #physics #soccer #science #trionda #sports #worldcup2026 #football #magnusforce

  37. πŸ’πŸ»β€β™€οΈ TIL: βš½πŸ”„ A physicist who has studied #WorldCup ball #aerodynamics for 20 years addresses #goalkeeper complaints about the 2026 #Trionda ball.

    He explains that wind tunnel #data predicted stable #flight with slightly higher drag, and match play has largely confirmed those predictions. Goff suggests that elevation, not the ball itself, may explain some wayward kicks.

    πŸ‘‰ theconversation.com/the-ball-i

    #physics #soccer #science #trionda #sports #worldcup2026 #football #magnusforce

  38. πŸ’πŸ»β€β™€οΈ TIL: βš½πŸ”„ A physicist who has studied #WorldCup ball #aerodynamics for 20 years addresses #goalkeeper complaints about the 2026 #Trionda ball.

    He explains that wind tunnel #data predicted stable #flight with slightly higher drag, and match play has largely confirmed those predictions. Goff suggests that elevation, not the ball itself, may explain some wayward kicks.

    πŸ‘‰ theconversation.com/the-ball-i

    #physics #soccer #science #trionda #sports #worldcup2026 #football #magnusforce

  39. πŸ’πŸ»β€β™€οΈ TIL: βš½πŸ”„ A physicist who has studied #WorldCup ball #aerodynamics for 20 years addresses #goalkeeper complaints about the 2026 #Trionda ball.

    He explains that wind tunnel #data predicted stable #flight with slightly higher drag, and match play has largely confirmed those predictions. Goff suggests that elevation, not the ball itself, may explain some wayward kicks.

    πŸ‘‰ theconversation.com/the-ball-i

    #physics #soccer #science #trionda #sports #worldcup2026 #football #magnusforce

  40. πŸ’πŸ»β€β™€οΈ TIL: βš½πŸ”„ A physicist who has studied #WorldCup ball #aerodynamics for 20 years addresses #goalkeeper complaints about the 2026 #Trionda ball.

    He explains that wind tunnel #data predicted stable #flight with slightly higher drag, and match play has largely confirmed those predictions. Goff suggests that elevation, not the ball itself, may explain some wayward kicks.

    πŸ‘‰ theconversation.com/the-ball-i

    #physics #soccer #science #trionda #sports #worldcup2026 #football #magnusforce

  41. πŸ’πŸ»β€β™€οΈ TIL: βœˆοΈπŸ† University of #Pisa students broke a 13 year Guinness World Record with a #paper #airplane spanning 20 meters, built from only paper and glue.

    The #glider flew about 60 meters at the We Make Future expo on June 25, 2026.

    πŸ‘‰ popsci.com/science/worlds-larg

    #paperairplane #guinnessworldrecord #stem #engineering #aerodynamics #projecticarus #papercraft #italy #science #diy #students

  42. πŸ’πŸ»β€β™€οΈ TIL: βœˆοΈπŸ† University of #Pisa students broke a 13 year Guinness World Record with a #paper #airplane spanning 20 meters, built from only paper and glue.

    The #glider flew about 60 meters at the We Make Future expo on June 25, 2026.

    πŸ‘‰ popsci.com/science/worlds-larg

    #paperairplane #guinnessworldrecord #stem #engineering #aerodynamics #projecticarus #papercraft #italy #science #diy #students

  43. πŸ’πŸ»β€β™€οΈ TIL: βœˆοΈπŸ† University of #Pisa students broke a 13 year Guinness World Record with a #paper #airplane spanning 20 meters, built from only paper and glue.

    The #glider flew about 60 meters at the We Make Future expo on June 25, 2026.

    πŸ‘‰ popsci.com/science/worlds-larg

    #paperairplane #guinnessworldrecord #stem #engineering #aerodynamics #projecticarus #papercraft #italy #science #diy #students

  44. πŸ’πŸ»β€β™€οΈ TIL: βœˆοΈπŸ† University of #Pisa students broke a 13 year Guinness World Record with a #paper #airplane spanning 20 meters, built from only paper and glue.

    The #glider flew about 60 meters at the We Make Future expo on June 25, 2026.

    πŸ‘‰ popsci.com/science/worlds-larg

    #paperairplane #guinnessworldrecord #stem #engineering #aerodynamics #projecticarus #papercraft #italy #science #diy #students

  45. πŸ’πŸ»β€β™€οΈ TIL: βœˆοΈπŸ† University of #Pisa students broke a 13 year Guinness World Record with a #paper #airplane spanning 20 meters, built from only paper and glue.

    The #glider flew about 60 meters at the We Make Future expo on June 25, 2026.

    πŸ‘‰ popsci.com/science/worlds-larg

    #paperairplane #guinnessworldrecord #stem #engineering #aerodynamics #projecticarus #papercraft #italy #science #diy #students

  46. How do aerodynamic constraints and evolutionary pressures shape the diversity of flight in true flies? By integrating wing shape, wing motion and #aerodynamics, this study from Camille Le Roy, Florian Muijres & co uncovers similarities as well as striking divergences in flight performance.

    #evolution
    plos.io/4b4LMbJ

  47. How do aerodynamic constraints and evolutionary pressures shape the diversity of flight in true flies? By integrating wing shape, wing motion and #aerodynamics, this study from Camille Le Roy, Florian Muijres & co uncovers similarities as well as striking divergences in flight performance.

    #evolution
    plos.io/4b4LMbJ