Golf club woodhead with optimum aerodynamic structure

A golf club wood head comprising:

• a club body;
• said club body having a ball striking surface, a crown surface, a toe surface, a rear surface, a heel surface, and an underside surface;
• at least one vortex generating means having a gently curving aerodynamic configuration capable of inducing a force against the club surface wherein each vortex generating means located within each of the crown, toe and underside surfaces extend rearwardly from just behind a plane containing the ball striking surface;
• at least one of the vortex generating means in the crown surface which flares outwardly towards the heel and toe surfaces as it extends towards the rear surface of the club wood head body and having an open terminal end adjacent the rear surface of the club wood head body and is dimensioned to produce net lift and thrust during a golf swing;
• at least one of the vortex generating means in the toe surface extends from adjacent the striking surface to a closed terminal end located adjacent the rear surface of the club wood head body and is dimensioned to produce net lift and thrust during a golf swing;
• at least one of the vortex generating means in the underside surface is located substantially centrally between the heel and toe surfaces and the vortex generating means flares outwardly towards the heel and toe surfaces as it extends towards the rear surface of the club wood head body and having an open terminal end adjacent the rear surface of the club wood head body and is dimensioned to produce net lift and thrust during a golf swing;
• and each of the vortex generating means in the crown, toe and underside surfaces are substantially equal in depth along their respective lengths;
• whereby the aerodynamic forces created by the vortex generating means in the crown and underside surfaces create a net lift and thrust during a golf swing.