Powering Range Automation: How Robotic Picking Unlocks the Fully Automated Ball Cycle

A driving range operates around a continuous ball cycle. Golf balls are hit onto the range, collected, washed, transported, stored and eventually returned to the hitting area. While washing, transportation and dispensing can already be automated, ball collection still relies on staff at many facilities.

This makes automated ball collection an important starting point for driving range automation. WayPick 2 robotic golf ball picker can automate ball collection and help connect it with the washing, transportation, storage and dispensing systems that follow.

Why Start With Autonomous Ball Collection

Ball collection is one of the most repetitive jobs on a driving range. Staff typically drive a picker across the range, collect balls from different areas, return to a collection point and unload them before starting the next collection run. The work needs to be repeated regularly and has to fit around staff schedules and other responsibilities.

Manual ball collection also puts operators on the range during picking, where they may be exposed to flying golf balls and other moving equipment. WayPick 2 removes the need for staff to drive the picker during collection.

WayPick 2 changes the collection stage by allowing the robot to navigate the designated area, collect golf balls, detect and avoid obstacles, return to the unloading point and automatically unload balls with no staff intervention required.

Automating ball collection is only the first step. Once the collection process is automated, it can be connected with the systems to the next stage, helping extend automation across the entire ball cycle.

From Automated Ball Collection to a More Automated Ball Cycle

Driving ranges today have very different ball-handling setups. Some still rely on staff for almost the entire process, while others have already automated washing, transportation or dispensing. Looking at these common setups helps show where robotic ball picking can fit into the wider automation process.

1. Manual Ball Collection and Handling

In a traditional setup, staff are responsible for most of the ball cycle.

Staff → Ball Picking → Unloading → Ball Washing → Manual Handling → Storage → Dispensing

This approach can work well for facilities with smaller volumes or existing infrastructure built around manual operations. But every collection cycle depends on staff being available to operate the equipment and move the balls.

2. Automated Ball Picking With Manual Handling

A facility does not have to automate the entire ball cycle to benefit from robotic collection.

In this setup, WayPick 2 handles the collection and automatically unloads the balls at a designated point. The balls can then enter an automated washing system, while staff continue to move them between later stages.

WayPick 2 → Automatic Drop-off → Ball Washing → Manual Transport → Storage → Dispensing

This can be a practical option for facilities that already have an automated washer but do not yet have the infrastructure for fully automated ball transportation. The facility can automate the most repetitive part of collection without replacing every piece of equipment already in use.

3. Fully Automated Ball Cycle

The highest level of automation connects collection with the equipment that follows it. Once the robot unloads the balls, automated systems can take over transportation, washing, storage and dispensing.

WayPick 2 → Automatic Ball Drop-off → Elevator / Conveyor → Ball Washing → Storage → Automatic Dispensing

Range Servant provides an example of this approach through its Ball Management System. Its system can combine a ball ditch, ditch elevator, washer, hopper elevator, storage hopper and blower system to move balls from collection through washing and storage and back toward dispensers.

These examples show that driving range automation does not have to be one fixed setup. A facility can automate collection first and add more automated stages as its infrastructure and operational needs develop.

WayPick 2 was designed with different driving range setups in mind, including the need to work with other automated equipment. Its automatic ball-dumping and unloading platform can be integrated with third-party automated transfer equipment, allowing WayPick 2 to work with different ball washing, transportation, storage and dispensing systems.

How Robotic Ball Picking Can Change Driving Range Operations

For individual driving ranges, the most immediate benefit is a different use of staff time. Instead of spending repeated shifts driving a picker and handling collected balls, employees can focus more on turf maintenance, equipment maintenance, customer service and other work around the facility.

For golf management companies operating multiple facilities, process consistency can be just as important. Manual collection and ball handling can vary between locations because of staffing levels, schedules and local operating practices. A defined robotic collection process can provide a more consistent starting point for ball management across different facilities.

With WayPick 2, operators can schedule ball collection based on range traffic, ball demand and operating hours, without needing staff to drive the picker.

Over time, the operational change can extend beyond the picking task. When collection is connected to washing, transportation, storage and dispensing, the facility can manage the movement of golf balls as a continuous cycle rather than as a series of separate jobs.

Building a More Automated Driving Range Step by Step

Ball collection is a natural starting point because it is performed repeatedly and sits at the beginning of the physical ball-handling process. WayPick 2 can automate this stage, while existing systems can handle the processes that follow.

The value of robotic ball picking, therefore, goes beyond collecting golf balls. By connecting the range-side collection process with the systems that follow, WayPick 2 can help turn a single automated task into part of a wider automated ball cycle.