A golf tee is disclosed, which is resistant to breaking and resistant to flying. The golf tee herein comprises a head; a wider stem; a ground-gripping ring or rings; and a wide and sturdy pointy contoured tip section.

A golf tee is disclosed, which is resistant to breaking and resistant to flying. The golf tee herein comprises a head; a wider stem; a ground-gripping ring or rings; and a wide and sturdy pointy contoured tip section.

A method is described for playing a golf game, on a working surface of a golf course. The method includes providing (using) a predetermined set of rules. The predetermined set of rules are configured to identify a range of golf clubs, of a set of golf clubs, to be utilized in such a way that the predetermined set of rules, in use, promotes, at least in part, a prolonged life span of at least some of the golf clubs.

A crossed golf tee that assists with the alignment of a golf shot when using the golf tee.

A crossed golf tee that assists with the alignment of a golf shot when using the golf tee.

The present invention relates to an anti-slice golf tee and, more specifically, is a technology relating to an anti-slice golf tee, which supports a golf ball while surrounding a part of the golf ball, thereby suppressing the rotation force of the golf ball during a tee shot to prevent slicing of the golf ball and allowing an impact point to be concentrated on the center portion of the golf ball. That is, the present invention relates to an anti-slice golf tee comprising: a head part shaped to surround one side of a golf ball; a support part connected to the head part and formed to be perpendicularly fixable on the ground; an insertion groove concavely formed at the inner center portion of the head part; and a hitting member separately inserted in the insertion groove so as to allow an impact point to be concentrated on the center portion of the head part, wherein the hitting member has a space formed therein.

The present invention relates to an anti-slice golf tee and, more specifically, is a technology relating to an anti-slice golf tee, which supports a golf ball while surrounding a part of the golf ball, thereby suppressing the rotation force of the golf ball during a tee shot to prevent slicing of the golf ball and allowing an impact point to be concentrated on the center portion of the golf ball. That is, the present invention relates to an anti-slice golf tee comprising: a head part shaped to surround one side of a golf ball; a support part connected to the head part and formed to be perpendicularly fixable on the ground; an insertion groove concavely formed at the inner center portion of the head part; and a hitting member separately inserted in the insertion groove so as to allow an impact point to be concentrated on the center portion of the head part, wherein the hitting member has a space formed therein.

The present disclosure relates to a portable golf swing plane training device having a base support, alignment rods, and a golf club insert member for receiving a golf club. The golf club, when applied to the golf club insert member, acts as a weight and support member to stabilize and firmly hold the portable golf swing plane training device to a golf playing surface.

A multi-purpose tee has a head that terminates into an elongated shaft. The head has a first sidewall and a second sidewall that are joined. The first sidewall has a flat inner surface and an outer surface that angles inwardly from a top edge as the outer surface extends toward the shaft. The second sidewall is cone or bowl shaped and creates a space between the first and second sidewall. The shaft has a first surface, a second surface, a square end and sides.

A multi-purpose tee has a head that terminates into an elongated shaft. The head has a first sidewall and a second sidewall that are joined. The first sidewall has a flat inner surface and an outer surface that angles inwardly from a top edge as the outer surface extends toward the shaft. The second sidewall is cone or bowl shaped and creates a space between the first and second sidewall. The shaft has a first surface, a second surface, a square end and sides.