Powered Auto Tee-up Systems

Tel: 239 529 3060

Powered Auto Golf Ball Tee-up systems

under floor embedded

Coming soon: Available August 2026

GSA Golf Auto tee-up

$3,499

Powered auto tee system with fairway hitting grass mat with 300 ball powered ball reservoir

$2,999

Powered auto tee system without fairway hitting grass mat

The auto-tee system features a 1/2 thick wall casing,

a solid steel main shaft for the actuator and bearings,

plus a solid steel threaded rod for the rubber tee holder.

The powered 300 ball feeder can be placed under the flooring or mounted externally

Multi Tee Height foot pedal set

The included pedal tee-height set allows you to select the tee height for every shot

AutoTee Integrated Hitting mats

Auto Tee system built into a FiberBuilt studio mat system

7 x 4 ft $4,499

9 x 4 ft $4,999

The system is suitable for driving ranges, commercial indoor golf sim facilities as well as home users.

Installation

Two methods:

1. Sunken floor recess

2. Raisied stance mat platform

Floor cut-outs required if not using a raised platform

For those that would prefer not to cut recess cut-outs in the flooring,

we'll have ready made stance mat platform kits availalble

$999

Powered Auto Ball Return systems

Coming soon: Available August 2026

Powered tilt return track with powered ball return reservoir

$1,299

9 to 20ft length

Powered Auto Ball Return Reservoir

$999

This system fixes the following issues:

1. how to push balls out into the ball tube that has an incline ?

use of an actuator arm does this

2. how to prevent balls in the tube from rolling back into the reservoir ?

Spring gates mounted at the outlet do this. i.e. the balls are pressed through the one way spring gate)

3. what to do when the ball tube is full and cannot except more balls ?

The actuator is mounted on a spring loaded slider that is pushed back when the resistance forward is too great

4. how to prevent the actuator circuit from continuously pushing the actuator arm forward when the ball tube is full ?

A second optical sensor detects that the spring loaded actuator arm has been pushed back and cuts off the actuator push forward signal.

5. how to keep a constant pressure on the balls in the tube so that they flow out as required?

When in the above mentioned actuator push-back mode, there is a constant pressure on the balls in the tube which is required to move out as required.

6. Other smaller challenges were how to get balls in the reservoir to roll into the outlet opening and how to securely mount the ball tubes at both ends ?

An angled internal plane and rubber couplings mounted onto flanges do this

How to build the ball return ramp

International customers - Outside the US - Please note!

Please note: GSA Golf is not responsible for any import customs duties or brokerage fees that may be due for your order when arriving at the border.

All such customs duties and brokerage fees must be paid by the recipient.