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.

The present disclosure relates to a golf tee, and more particularly, to a golf tee in which a portion on which a ball is placed is formed of a flexible material so as to prevent the tee from being lost or damaged by being broken or displaced due to an impact applied thereto by a golf club head when making a tee shot, and which is configured to be stably fixed and to be easily stuck into/pulled out from the ground and to maintain the initial height of the ball constant so as to reduce the inconvenience of adjusting the height of the ball whenever the tee is inserted into the ground.

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 golf tee for supporting a golf ball comprising a rigid spine section comprising a first spine end and a second spine end; a barb located at the first spine end adapted for insertion of the golf tee into the ground in a substantially vertical position; and a ball rest section located at the second spine end; wherein the spine section is elongate comprising to opposing flat edges and two opposing rounded edges; wherein the ball rest section is circular and comprises a plurality of raised castellations adapted to support the golf ball when the barb is inserted into the ground in a substantially vertical position; and wherein the castellations are circumferentially distributed around an upper surface of the ball rest section.

A golf tee for supporting a golf ball comprising a rigid spine section comprising a first spine end and a second spine end; a barb located at the first spine end adapted for insertion of the golf tee into the ground in a substantially vertical position; and a ball rest section located at the second spine end; wherein the spine section is elongate comprising to opposing flat edges and two opposing rounded edges; wherein the ball rest section is circular and comprises a plurality of raised castellations adapted to support the golf ball when the barb is inserted into the ground in a substantially vertical position; and wherein the castellations are circumferentially distributed around an upper surface of the ball rest section.

The subject invention discloses a base-less, low-resistance driving range golf mat tee for supporting a golf ball when used in combination with a typical driving range golf mat. The base-less, low-resistance driving range golf mat tee is comprised of a tubular shaft member with a distal end extending upwardly and terminating at its proximal end at its proximal end top surface. The proximal end top surface of the tubular shaft member comprises a plurality of holes oriented around its circumference, from which a multiplicity of bristles or other low-resistance support means are affixed and extend upwardly to provide circular support for a golf ball. The tubular shaft member is received into the top side hole opening of a typical driving range golf mat and has a circumference that is fractionally smaller than that of the opening to assist in the retention of the shaft member in the opening. The low-resistance golf ball support structures extend upwardly above the top surface of the driving range mat and provide little to no resistance to the golf club when the golf ball is struck.

The subject invention discloses a base-less, low-resistance driving range golf mat tee for supporting a golf ball when used in combination with a typical driving range golf mat. The base-less, low-resistance driving range golf mat tee is comprised of a tubular shaft member with a distal end extending upwardly and terminating at its proximal end at its proximal end top surface. The proximal end top surface of the tubular shaft member comprises a plurality of holes oriented around its circumference, from which a multiplicity of bristles or other low-resistance support means are affixed and extend upwardly to provide circular support for a golf ball. The tubular shaft member is received into the top side hole opening of a typical driving range golf mat and has a circumference that is fractionally smaller than that of the opening to assist in the retention of the shaft member in the opening. The low-resistance golf ball support structures extend upwardly above the top surface of the driving range mat and provide little to no resistance to the golf club when the golf ball is struck.