A device is disclosed for setting a golf ball and tee in the ground and then for retrieving the golf ball and tee. The device has a handle end for being held in the hand of a user along with a ball pick-up end which engages a golf ball and tee so that the golf ball and the tee can be placed in the ground and then picked up. The handle end also has a trigger which is used to operate arms located at the pickup end which arms engage the ball and tee wherein a first rod connects the trigger to the arms of the pickup end. The first rod passes through a shaft and connects the trigger to the arms. An adjuster in the handle end operates a second rod which also passes through the shaft which controls a ball cup which is used to set the ball onto the tee which tee is then placed in the ground. Additionally, a stand is provided for insertion into the ground so that the device can be held in an upright position for being easily grasped by a user.

An adjustable training golf tee is provided. The adjustable training golf tee may include a top body, a stem and a base. The top body may have a first side and a second side, wherein the second side forms a concentric threaded recess, wherein the first side forms a concentric stem aperture communicating the first side to the threaded recess. The stem may have a first end and a second end, wherein the first end is dimensioned and adapted to rest a golf ball thereon. The base may include a threaded flange and a spike perpendicularly joined thereto, wherein the threaded recess is dimensioned and adapted to rotatably mate with the threaded flange, and wherein the stem aperture is dimensioned and adapted to be slidably receive the stem secured to the base.

This invention's focus pertains to keeping a constant height and setting for a minimum of 100+ shots in only one setup, and allowing for the user to spend more time practicing their shots instead of wasting time putting the golf ball in a standard golf tee for every practice shot and saving some waste of material.

The invention (T-HiteMaster) is a Golf Tee Height Setting Device that works with standard tees to maintain a consistent tee height for tee off, thereby eliminating the need for any custom height tees. This device allows golfers to set their ideal tee height with high precision on the driving range or on simulators and maintain it consistently on the golf course. Holding the tee in the device with two fingers is easy and comfortable. Pressing the tee into the ground is effortless because of force being applied along the axis of the tee. Its compact & lightweight design makes it a comfortable fit in the pocket. It also has a storage pocket for storing the tee after use. This innovative device comes in three color-coded variants that are suitable for driver, wood & iron.

An adjustable training golf tee is provided. The adjustable training golf tee may include a top body, a stem and a base. The top body may have a first side and a second side, wherein the second side forms a concentric threaded recess, wherein the first side forms a concentric stem aperture communicating the first side to the threaded recess. The stem may have a first end and a second end, wherein the first end is dimensioned and adapted to rest a golf ball thereon. The base may include a threaded flange and a spike perpendicularly joined thereto, wherein the threaded recess is dimensioned and adapted to rotatably mate with the threaded flange, and wherein the stem aperture is dimensioned and adapted to be slidably receive the stem secured to the base.

A golf tee measuring device and divot repair tool is provided for measuring the length of a golf tee, repairing divots, and housing a marker, the device comprising a housing defining an open aperture, a positioning slot within which a button travels, and an interior recess. The device further comprises a lower component having two extrudable prongs for repairing divots, the lower component defining a guide track recessed into an interior surface.

A golf tee measuring device and divot repair tool is provided for measuring the length of a golf tee, repairing divots, and housing a marker, the device comprising a housing defining an open aperture, a positioning slot within which a button travels, and an interior recess. The device further comprises a lower component having two extrudable prongs for repairing divots, the lower component defining a guide track recessed into an interior surface.

A golf ball teeing device allows a tee with a golf ball balanced thereon, to be securely pierced into the ground, without having to bend over.

A golf tee placement apparatus is disclosed. The apparatus may include a body, an elongated post and a handle. The body may have a hollow body interior portion, and may include a body proximal end and a body distal end. The elongated post may be disposed in the hollow body interior portion, and may be configured to slide along a body length. The handle may be disposed at the body proximal end, and may be configured to pivotally move between a handle closed position and a handle open position via a hinge disposed along a portion of a handle length. A handle interior portion may be exposed when the handle may be in the handle open position. The handle interior portion may include a post attachment unit configured to attach a post proximal portion with the handle interior portion.

A golf ball teeing device allows a tee with a golf ball balanced thereon, to be securely pierced into the ground, without having to bend over.