Phasing of dragonfly wings can improve aerodynamic efficiency by removing swirl.

James R Usherwood, Fritz-Olaf Lehmann

November 2008 J R Soc Interface

Synopsis of Social media discussions

The discussions highlight a general agreement that the research into dragonfly wing phasing offers promising advancements, with comments like 'inspire new designs' and mentions of real-life ornithopters. The tone combines curiosity, appreciation for bio-inspired innovation, and acknowledgment of potential technological impacts, demonstrating a shared interest and recognition of the article's significance.

A
Agreement
 Moderate agreement

Most discussions express support or curiosity about the research, with some referencing the potential for inspiring new designs in micro air vehicles and ornithopters.

I
Interest
 Moderate level of interest

Participants show moderate interest, mentioning fascination with dragonfly flight, bio-inspired engineering, and potential applications in drones and aircraft.

E
Engagement
 Moderate level of engagement

Comments include references to historical and practical examples, indicating a moderate level of detailed discussion and curiosity.

I
Impact
 Moderate level of impact

The discussions suggest the research could influence future drone and aircraft technology, with some considering real-world implications.

Social Mentions

YouTube

2 Videos

Twitter

15 Posts

Metrics

Video Views

457,265

Total Likes

7,094

Extended Reach

483,300

Social Features

17

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Dragonfly Wing Phasing Enhances Aerodynamic Efficiency for Micro Air Vehicles

Dragonfly Wing Phasing Enhances Aerodynamic Efficiency for Micro Air Vehicles

Dragonflies can hover and fly backwards using precise wing timing to recover energy from swirling air. This efficiency can reduce power needs by up to 22%, offering valuable insights for designing advanced micro air vehicles and artificial flying systems.

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April 15, 2021

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Aerodynamic Functionality of Dragonfly Wings and Flight Efficiency

Aerodynamic Functionality of Dragonfly Wings and Flight Efficiency

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June 7, 2022

1,968 views

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    @SouLJOo0oOurney (Twitter)

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    RT @polfosol: پرواز سنجاقک‌ها از شگفت‌انگیزترین پدیده‌های طبیعته. از طرح منحصربه‌فرد بال‌ها گرفته و اینکه هر قسمت از بال‌ها مستقل از بقیه ک…
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  • تیام
    @Tiaam86 (Twitter)

    RT @polfosol: پرواز سنجاقک‌ها از شگفت‌انگیزترین پدیده‌های طبیعته. از طرح منحصربه‌فرد بال‌ها گرفته و اینکه هر قسمت از بال‌ها مستقل از بقیه ک…
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  • polfosol® balthazar
    @polfosol (Twitter)

    پرواز سنجاقک‌ها از شگفت‌انگیزترین پدیده‌های طبیعته. از طرح منحصربه‌فرد بال‌ها گرفته و اینکه هر قسمت از بال‌ها مستقل از بقیه کنترل میشه، تا نحوه‌ی بال زدن، مانور و هماهنگی اجزای مختلفش. این مقاله جذاب رو درباره بال زدن سنجاقک‌ها ببینید تا نکته‌ای عرض کنم/۱ https://t.co/EznWeRMW2a
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  • maz
    @dynamicsoar (Twitter)

    Usherwood & Lehmann (2008) Interface: so beautiful videos, despite the low resolution (360 x 288) https://t.co/bq7FfHdJXW
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    Properly named Ornithopter History shows there have been successfully designed if impractical aircraft designed as early as 1942 but few are as successful as the Russian serenity drone. https://t.co/rklqHWzNJz Further flapping is more energy efficient & dynamic... check it out.
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  • ManuBdx
    @eclemence (Twitter)

    #bioingenierie & #innovation : Le vol de la libellule fascine toujours & inspire de nouvelles recherches
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  • Cep Indra Adrian Giriansyah
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    Capung buatan wkwwk
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    It turns out Dune's dragonfly-like ornithopters aren't as implausible as you might think https://t.co/7GmFcEuli4
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  • Roswitha Gabriel
    @UniVerSixy0 (Twitter)

    Dragonfly Secret: Key to Electric Ornithopters https://t.co/0u7rVPUSbR via @YouTube
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  • ~Journey P.Ⓥ︎
    @SouLJOo0oOurney (Twitter)

    Dragonfly Secret: Key to Electric Ornithopters https://t.co/t8mx7IW1HE via @YouTube
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    @AndrHuguesSolid (Twitter)

    Dragonfly Secret: Key to Electric Ornithopters https://t.co/ZtN8mlDAJJ via @YouTube
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Abstract Synopsis

  • Dragonflies are highly skilled flying predators that can hover and even fly backwards, maintaining their four-winged structure for over 300 million years.
  • Studies show that while operating two pairs of wings together doesn't increase lift, carefully timing (phasing) their movement can significantly improve aerodynamic efficiency by recovering energy from swirling wake air, similar to helicopter rotors.
  • Proper wing phasing can reduce the power needed for flight by up to 22%, suggesting that four-winged flying offers aerodynamic advantages that could inspire designs for micro air vehicles in the future.]