The Pinnacle World Long Drive Tour(WLD) Director of Partnership Chris McLendon and VP of Operation Mike Ambriz share insights on how deploying their first-ever robotic picker optimized event efficiency, reduced labor overhead, and elevated player experience without disrupting the game.

WELLINGTON, FL — To the spectators and athletes at the recent Pinnacle World Long Drive (WLD) tour event, it looked like a beloved Pixar character had stepped off the screen and onto the driving range. Dubbed "Wall-E" by captivated crowds and players, a sleek, white autonomous ball-picking robot became the unexpected star of the tournament grounds. But beyond the pop-culture charm, this robot — developed by Wayrobo — marked a historic milestone for golf event logistics, representing the first time in WLD history that autonomous technology was deployed to handle range operations.

The integration of Wayrobo signaled a complete departure from industry traditions, replacing manual, caged range-pickers with a seamless, continuous, and un-crewed solution. For an event defined by high-velocity impacts and chaotic ball dispersion, range management has traditionally been an operational bottleneck. WLD’s leadership admitted they previously had to rely on traditional human-driven carts — a method that frequently required halting or adjusting the pace of competition to allow the range to be cleared.

Wayrobo robotic golf ball picker automatically collecting golf balls at WLD tournament.

1. Enhancing Tournament Range Efficiency with Autonomous Robotics

The implementation of the Wayrobo autonomous ball-picking robot completely eliminated tournament disruptions. Because World Long Drive competitors are known for maximum distance rather than pinpoint accuracy, golf balls scatter across every corner of the grid. Wayrobo’s autonomous navigation allowed it to continuously patrol the entire field without interrupting the athletes.

"This was our first time ever to use a robot, and it completely changed how we function," said Mike Ambriz, VP of Operations at WLD. "With a traditional range picker, you have to make adjustments or stop the competition. Wayrobo helped us keep the movement going. As long as the battery lasted, the robot kept picking. Our players always had golf balls ready for warm-ups, and we never had to wait."

According to official event metrics, Wayrobo saved approximately 45 minutes to one hour of operational range labor per day during the tournament. This optimized the event's logistics by maintaining an uninterrupted recycling loop of the limited spare ball supply and proving the tangible time-saving benefits of golf range automation.

2. Solving Driving Range Safety Challenges and Reducing Labor Costs

Beyond tournament efficiency, the deployment of autonomous driving range robotics directly solved the two primary operational pain points in modern golf event management: on-site safety hazards and escalating labor overhead.

Traditional manual ball collection inherently exposes range staff to the physical danger of being struck by high-speed balls. By removing personnel from the active driving range grid, WLD successfully eliminated this human safety liability.

From a budgetary standpoint, organizing marquee golf events requires flying in specialized crew or hiring local temporary labor. WLD officials confirmed that traditional manual range picker labor costs average between $300 to $400 per day per worker, excluding additional travel expenses.

Wayrobo reshaped this financial framework by reducing the manpower requirement to a single on-site technician. Operating via advanced GPS mapping, the technician effortlessly monitored and controlled the robot from a central base camp using a simple remote interface, yielding substantial financial benefits for the facility.

"It made us feel a lot better not having to put someone in a cart and send them out there," Ambriz explained. "But it's more than just the time saved — it saved us from having to source, hire, and allocate extra resources for caged golf carts and staff. It allowed us to be lean, efficient, and focus our human staff on areas where a robot can’t operate, like hospitality and clubhouse operations."

Traditional Manual Picking vs Wayrobo Autonomous Picking

Wayrobo autonomous ball-picking robot nicknamed "Wall-E" at the World Long Drive range.

3. From Viral Curiosity to B2B Commercial Demand

While WLD's leadership admitted they initially went into the partnership "blind" — having only seen robotic concepts online — the real-world performance of the machine vastly exceeded expectations.

"The players and the crowd thought it was incredibly cool," recalled Chris McLendon, Director of Partnerships at WLD. "A lot of people on-site were literally calling Wayrobo 'Wall-E.' It completely exceeded what we envisioned a robotic picker would look like."

This on-field charm quickly translated into genuine B2B commercial interest and market demand for autonomous range pickers. According to McLendon, the robot's ease of operation caught the eye of industry insiders. Several visiting golf course owners and driving range operators approached WLD management during the event, eager to connect with the technology representatives on-site to discuss adopting Wayrobo at their own commercial facilities.

4. The Future of Golf Range Automation and Technology

As technologies like digital ball-tracers and advanced simulators continue to reshape golf entertainment, autonomous field robotics is cementing its place as the next logical step for commercial facility management. WLD's leadership views this successful pilot not as a threat to tradition, but as an essential evolution.

"There is absolutely room for both new technology and traditional hospitality in golf," Ambriz concluded. "Wherever you can protect your bottom line and improve efficiency, you do it. Wayrobo proved it can do exactly that, and we look forward to continuing this partnership in our upcoming events."