A method of forming a golf club head, the method comprising: providing a main component by: casting an unfinished version of the main component from a metallic material; wherein the unfinished version of the main component comprises reduced thickness region, and a lip; and removing a majority of the reduced thickness region to complete the main component; providing a mold comprising: a top mold half, a bottom mold half, and a slide; wherein the top mold half forms a top reservoir, the top mold half comprises a sprue and a gate, and the gate connects to the top reservoir; wherein the bottom mold half comprises a bottom reservoir and a center ballast; wherein the slide comprises a fork and a lock; injection molding a wrap-around component by; drying a composite material; heating the composite material into a molten state; closing the mold, including the top mold half, the bottom mold half, the center ballast, and the fork, to create a mold cavity in the shape of the wrap-around component; injecting the molten composite material into the mold cavity of the mold; allowing the composite material to solidify into the wrap-around component; and ejecting the wrap-around component from the mold; joining the wrap-around component to the main component to form the golf club head; wherein: the center ballast retains the wrap-around component in a proper location for ejection from the mold; the fork surrounds the center ballast and forms the shape of the wrap-around component; the golf club head comprises: a front end, a rear end, a toe end, a heel end, a crown, a sole, and a skirt connecting the crown and the sole; the main component comprises: a strike face; a return; a sole extension; the return extends rearward from the strikeface and forms a portion of the sole and a portion of the crown; the sole extension extends from the return to the rear end of the club head along the sole; and the wrap-around component comprises a crown section, a toe wing, and a heel wing. providing a main component by: casting an unfinished version of the main component from a metallic material; wherein the unfinished version of the main component comprises reduced thickness region, and a lip; and removing a majority of the reduced thickness region to complete the main component; casting an unfinished version of the main component from a metallic material; wherein the unfinished version of the main component comprises reduced thickness region, and a lip; and removing a majority of the reduced thickness region to complete the main component; providing a mold comprising: a top mold half, a bottom mold half, and a slide; wherein the top mold half forms a top reservoir, the top mold half comprises a sprue and a gate, and the gate connects to the top reservoir; wherein the bottom mold half comprises a bottom reservoir and a center ballast; wherein the slide comprises a fork and a lock; a top mold half, a bottom mold half, and a slide; wherein the top mold half forms a top reservoir, the top mold half comprises a sprue and a gate, and the gate connects to the top reservoir; wherein the bottom mold half comprises a bottom reservoir and a center ballast; wherein the slide comprises a fork and a lock; injection molding a wrap-around component by; drying a composite material; heating the composite material into a molten state; closing the mold, including the top mold half, the bottom mold half, the center ballast, and the fork, to create a mold cavity in the shape of the wrap-around component; injecting the molten composite material into the mold cavity of the mold; allowing the composite material to solidify into the wrap-around component; and ejecting the wrap-around component from the mold; drying a composite material; heating the composite material into a molten state; closing the mold, including the top mold half, the bottom mold half, the center ballast, and the fork, to create a mold cavity in the shape of the wrap-around component; injecting the molten composite material into the mold cavity of the mold; allowing the composite material to solidify into the wrap-around component; and ejecting the wrap-around component from the mold; joining the wrap-around component to the main component to form the golf club head; wherein: the center ballast retains the wrap-around component in a proper location for ejection from the mold; the fork surrounds the center ballast and forms the shape of the wrap-around component; the golf club head comprises: a front end, a rear end, a toe end, a heel end, a crown, a sole, and a skirt connecting the crown and the sole; the main component comprises: a strike face; a return; a sole extension; the return extends rearward from the strikeface and forms a portion of the sole and a portion of the crown; the sole extension extends from the return to the rear end of the club head along the sole; and the wrap-around component comprises a crown section, a toe wing, and a heel wing. the center ballast retains the wrap-around component in a proper location for ejection from the mold; the fork surrounds the center ballast and forms the shape of the wrap-around component; the golf club head comprises: a front end, a rear end, a toe end, a heel end, a crown, a sole, and a skirt connecting the crown and the sole; the main component comprises: a strike face; a return; a sole extension; a strike face; a return; a sole extension; the return extends rearward from the strikeface and forms a portion of the sole and a portion of the crown; the sole extension extends from the return to the rear end of the club head along the sole; and the wrap-around component comprises a crown section, a toe wing, and a heel wing.