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  • In this activity, students use an online interactive or paper-based graphic organiser to consider how wing size and shape influences the specific flight capabilities of both birds and aircraft.

    The activity helps students practise the science capability ‘Interpret representations’.

    Wings for flight

    Godwit
    Spitfire
    Spy plane
    Airbus
    Albatross
    Swing-wing bomber
    Helicopter
    King vulture
    Hummingbird
    Hawk
    Glider
    Falcon
    Download Exercise

    Soaring

      Speed

        Gliding

          Havering

            Manoeuvering

              Endurance

                Unused items

                • Godwit
                • Spitfire
                • Spy plane
                • Airbus
                • Albatross
                • Swing-wing bomber
                • Helicopter
                • King vulture
                • Hummingbird
                • Hawk
                • Glider
                • Falcon

                Wings for flight

                Different wing sizes and shapes allow fliers to have specific flight capabilities. Match birds and aircraft with similar capabilities.

                By the end of this activity, students should be able to:

                • identify and discuss some flight capabilities shared by birds and aircraft, such as soaring and hovering
                • use wing size and shape to match a bird species and an aircraft to a specific flight capability
                • consider how designers have observed and adapted birds’ wing shapes for use in modern flight technologies.

                Download the Word file (see link below).

                Related content

                The articles Wing loading and Wing aspect ratio explain how the shapes and sizes of birds and planes determine how they might perform and what they might be capable of doing.

                Related activity

                The activity Birds and planes extends some of the science ideas introduced in this activity and provides opportunities to calculate wing loading.

                  Published 16 February 2021 Referencing Hub articles
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