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  2. Super stall, also known as “Deep stall”, is a critical aerodynamic condition that can occur in certain aircraft configurations, particularly in those with a T-tail design. This phenomenon arises when the aircraft’s angle of attack (AOA) is too high, causing the airflow over the wing to disrupt the airflow over horizontal stabilizer.
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    Super stall, also known as “Deep stall”, is a critical aerodynamic condition that can occur in certain aircraft configurations, particularly in those with a T-tail design. This phenomenon arises when the aircraft’s angle of attack (AOA) is too high, causing the airflow over the wing to disrupt the airflow over horizontal stabilizer.
    aviationthrust.com/super-stall-understanding-critica…
    Deep stall also known as “Super Stall” is an aerodynamic condition where an aircraft experiences critical angle of attack and recovery actions are ineffective. Not every aircraft in a deep stall can be recovered. This problem mostly affects aircraft with T-tail design.
    aviospace.org/what-is-a-deep-stall-why-are-they-d…
    At this angle of attack (typically 15° to 20° for most aerofoil sections) the airflow separates from the upper surface of the wing and this condition is known as a stall. At the stall, lift is significantly reduced, drag is significantly increased and the airflow across, and behind, the wing becomes turbulent.
    skybrary.aero/articles/deep-stall
    The separated airflow from the stalled wings immerses the tailplane in the low energy turbulent airflow. The elevator effectiveness is reduced, hence the pilot is unable to recover from the stall. Common to T tail aeroplane design, this is called a deep stall or super stall, and may cause the aeroplane o become unrecoverable.
    www.nzaviator.co.nz/aviation-videos/v/deep-stall-th…
    A deep stall or a super stall is a condition where the wake of the wing impinges on the tail surface and renders it almost ineffective. The wing is fully stalled, so the airflow on its upper surface separates right after the leading edge, which produces a wide wake of decelerated, turbulent air.
    aviation.stackexchange.com/questions/8022/what-i…
     
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