A golf tee tethering assembly for inhibiting a rubber mat tee from flying away during golf practice includes a rubber mat tee that is positionable on a rubber golfing mat to have a golf ball positioned thereon for striking. A washer is positioned around the rubber mat tee and a tether is coupled to the washer. A fastener is coupled to the tether on an opposite end of the tether from the ring. The fastener releasably engages a shaft of a golf club such that the rubber mat tee is retained on the golf club. The golf club is laid on the rubber golf mat and the rubber mat tee is positioned at a chosen spot on the rubber golf mat. Thus, the tether inhibits the rubber mat tee from flying away when the golf ball is struck from the rubber mat tee.

A golf tee tethering assembly for inhibiting a rubber mat tee from flying away during golf practice includes a rubber mat tee that is positionable on a rubber golfing mat to have a golf ball positioned thereon for striking. A washer is positioned around the rubber mat tee and a tether is coupled to the washer. A fastener is coupled to the tether on an opposite end of the tether from the ring. The fastener releasably engages a shaft of a golf club such that the rubber mat tee is retained on the golf club. The golf club is laid on the rubber golf mat and the rubber mat tee is positioned at a chosen spot on the rubber golf mat. Thus, the tether inhibits the rubber mat tee from flying away when the golf ball is struck from the rubber mat tee.

A golf tee for guiding the trajectory of a golf ball is described herein. The golf tee comprises a penetrating element located at the bottom of a stem which allows the insertion of the golf tee into the ground surface and an angled launch platform adapted to guide the ball when hit by a golf club. The launch platform generally comprises a depression and a launch ramp adapted to receive and retain a golf ball. The golf tee generally improves the golf ball's trajectory by imparting proper spin which allows the ball to remain longer in the air.

A golf tee for guiding the trajectory of a golf ball is described herein. The golf tee comprises a penetrating element located at the bottom of a stem which allows the insertion of the golf tee into the ground surface and an angled launch platform adapted to guide the ball when hit by a golf club. The launch platform generally comprises a depression and a launch ramp adapted to receive and retain a golf ball. The golf tee generally improves the golf ball's trajectory by imparting proper spin which allows the ball to remain longer in the air.

Disclosed herein are a golf tee used when a golfer hits a tee shot and a method of manufacturing the same. The golf tee includes a support inserted into the ground and a rotary portion coupled to the support and having a head on which a golf ball is placed, wherein the rotary portion is adjustable in angle and thus can be easily restored to a correct vertical position when the angle of the rotary portion with respect to the support is changed due to impact upon hitting.

A tetherable golf tee and teeing system are disclosed herein. One golf tee includes a body including a first end for inserting into an external surface and a second end opposite the first end and a crown located on the second end, the crown configured for resting a golf ball thereon. The body further includes a hollow portion and a first aperture located between the first end and the second end to access the hollow portion and for tethering the golf tee to another object. The crown includes a second aperture to further access the hollow portion. A golf tee system includes at least two of the above golf tees tethered together via a tethering apparatus.

A tetherable golf tee and teeing system are disclosed herein. One golf tee includes a body including a first end for inserting into an external surface and a second end opposite the first end and a crown located on the second end, the crown configured for resting a golf ball thereon. The body further includes a hollow portion and a first aperture located between the first end and the second end to access the hollow portion and for tethering the golf tee to another object. The crown includes a second aperture to further access the hollow portion. A golf tee system includes at least two of the above golf tees tethered together via a tethering apparatus.

The invention relates to a golf tee aid, which limits the flight range of the golf tee from the player after making the strike. For this purpose, a connector is provided, which is an elastic cord with an attachment loop in one end and two elastic loopsan anchoring loop and a loop for a thickeningat the other end of the connector, and a thickening at the end of the connector. The anchoring loop is intended for inserting the tee used for anchoring and applying it as an anchoring aid that is pushed into the ground. The thickening together with the loop for the thickening form a fastening device for the removable fastening aid. The removable fastening aid is intended for fastening the connector to a separate anchoring aid, which bears a load. The aid can be used with tees of different lengths and thicknesses.

The invention relates to a golf tee aid, which limits the flight range of the golf tee from the player after making the strike. For this purpose, a connector is provided, which is an elastic cord with an attachment loop in one end and two elastic loopsan anchoring loop and a loop for a thickeningat the other end of the connector, and a thickening at the end of the connector. The anchoring loop is intended for inserting the tee used for anchoring and applying it as an anchoring aid that is pushed into the ground. The thickening together with the loop for the thickening form a fastening device for the removable fastening aid. The removable fastening aid is intended for fastening the connector to a separate anchoring aid, which bears a load. The aid can be used with tees of different lengths and thicknesses.

A tetherable golf tee and teeing system are disclosed herein. One golf tee includes a body including a first end for inserting into an external surface and a second end opposite the first end and a crown located on the second end, the crown configured for resting a golf ball thereon. The body further includes a hollow portion and a first aperture located between the first end and the second end to access the hollow portion and for tethering the golf tee to another object. The crown includes a second aperture to further access the hollow portion. A golf tee system includes at least two of the above golf tees tethered together via a tethering apparatus.