When preparing to bend the lie angle of an iron, what is the first factor to evaluate?

When preparing to bend the lie angle of an iron, what is the first factor to evaluate?

• A. Metal Type
• B. Grip Size
• C. Shaft Length
• D. Clubhead Color

Answer: (A)

Material properties determine whether a lie-angle bend is even feasible and how it should be done. When preparing to bend the lie angle, the first thing to check is the metal type of the clubhead and hosel because different alloys respond to heat and bending in distinct ways. Steel irons, for example, rely on controlled heating to soften the joint enough to bend without permanently changing the head’s shape or strength, and the exact alloy (carbon steel versus stainless, forged versus cast) dictates how much heat is safe and how the metal will react. Some materials or constructions may not bend reliably or could be damaged by the process, so identifying the metal type guides the appropriate heating method, bending limits, and whether bending is advisable at all. Grip size, shaft length, and clubhead color don’t influence the metal’s behavior during bending, so they aren’t the factors that determine how you approach a lie-angle adjustment.

Material properties determine whether a lie-angle bend is even feasible and how it should be done. When preparing to bend the lie angle, the first thing to check is the metal type of the clubhead and hosel because different alloys respond to heat and bending in distinct ways. Steel irons, for example, rely on controlled heating to soften the joint enough to bend without permanently changing the head’s shape or strength, and the exact alloy (carbon steel versus stainless, forged versus cast) dictates how much heat is safe and how the metal will react. Some materials or constructions may not bend reliably or could be damaged by the process, so identifying the metal type guides the appropriate heating method, bending limits, and whether bending is advisable at all.

Grip size, shaft length, and clubhead color don’t influence the metal’s behavior during bending, so they aren’t the factors that determine how you approach a lie-angle adjustment.