Golf club

A golf club, comprising:

• a metallic club head defining a metallic shell incorporating a top side end and a ball contacting face and a shaft insertion opening having a selected depth of selected dimensions formed in said top side end,
• a flange integrally associated with said metallic club head at said top side end and about said shaft insertion opening,
• a shaft with a distal end and a proximal end, and
• a shaft sleeve formed from a flexible non-metallic material selected from the group consisting of fiber reinforced plastic and wood, said shaft sleeve being mounted in said shaft insertion opening in a manner to abut said flange, said shaft sleeve being sized and configured to register within said shaft insertion opening and adapted to receive and secure said distal end of said shaft upon insertion thereof into said shaft sleeve,
• wherein transition of shock impact forces from the club head to the shaft upon contact between the face of the club head with the ball are reduced.

An impact force reducing golf club, comprising:

• a shaft formed from metal with a tip end portion and a gripping portion;
• a golf club head formed of a metal shell including a top side end formed from a metal selected from the group consisting of aluminum, stainless steel and titanium, said golf club head having formed therein a shaft insertion portion and a flange on the top side end of the golf club head, said shaft insertion portion being separated from said flange in an axial direction;
• a non-metallic sleeve insert configured to be securely inserted into said shaft insertion portion and sized to receive said shaft tip end for securing said shaft to said head;
• wherein said sleeve insert moderates and reduces the magnitude of shock impact generated by ball impact and increases the golf club head speed by providing flexible motion to generate a repulsive force at the shaft tip end and to suppress generation of back spin of the ball upon impact.