What is the impact of a Chicken Wing on power generation in a golf swing?

The correct understanding of the impact of a Chicken Wing on power generation in a golf swing aligns with the idea that it makes it difficult to develop speed and power. A Chicken Wing refers to a swing fault where the lead arm bends excessively at the elbow during the backswing or downswing, resembling a chicken wing. This position restricts the proper extension and rotation of the arms, which are critical for generating maximum clubhead speed and power.

When the lead arm is not fully extended, it limits the ability to create a large, efficient swing arc, which can diminish the transfer of energy from the body to the club at impact. The correct arm positioning is crucial to maintaining leverage and optimizing the kinetic chain, which is needed for effective power generation. As a result, the Chicken Wing does not support the necessary mechanics required for high energy transfer and can lead to inconsistent ball striking.

The other choices suggest enhancements to the swing or benefits such as maintaining balance or contributing to aerodynamics, which do not accurately reflect the impact of a Chicken Wing. In fact, a Chicken Wing can hinder both balance and the ability to create an efficient swing that maximizes speed and power on each shot.