There are parts of a golf course that rarely get talked about when autonomy is discussed, not because they are complicated, but because they are small, often routine in nature and maintained as part of the everyday rhythm of the site. The grass around the clubhouse, the strips between paths and buildings, the tucked-away areas just beyond the main playing surfaces. These areas are typically maintained with regular maintenance rounds, requiring time and attention that sit alongside other priorities across the course.

As autonomy becomes more established across golf course operations, attention is starting to shift beyond the larger, open areas it was first associated with. The focus is now expanding into smaller, fragmented zones between formal maintenance areas, where consistency still matters, but where autonomy can also play a role in broadening operational capability and supporting a more flexible approach to resource allocation.

It is exactly this progression that the Turf Pro™ 200 has been designed to support. It joins Toro’s autonomous Turf Pro family as the smallest unit in the range to extend autonomy into areas where teams may want to introduce automation on a smaller scale first, or build on existing autonomous workflows. Rather than changing established maintenance routines, it supports them, enabling teams to redeploy labour towards higher-value detail work and wider course priorities, while maintaining steady, repeatable mowing alongside the Turf Pro 300 and 500.

A structured autonomous range

The Turf Pro range operates as a connected system rather than separate machines, designed to support different scales of turf management within a single autonomous ecosystem. The Turf Pro 500 is designed for larger open turf such as roughs and driving ranges, where coverage and endurance matter most. The Turf Pro 300 covers mid-sized zones between open ground and more defined working areas. Completing the range is the Turf Pro 200, which introduces autonomy into smaller, more defined areas where manual mowing has traditionally remained the default, and where Toro now provides a dedicated autonomous option.

Alongside this, Toro’s Greensmaster® eTriflex™ with Geolink® Mow supports fine turf where after-cut appearance is important, including fairways. Geolink Spray provides an autonomous spraying solution for targeted applications across the course. Together, they allow mowing and spraying to be managed within a single portfolio rather than across multiple suppliers.

Designed for day-to-day operation

The Turf Pro 200 uses GNSS RTK navigation to define working boundaries, establish no-go zones and maintain consistent mowing patterns within its area. It operates autonomously within those parameters, returning to its charging station when required and resuming work without intervention. Control is handled through the Toro Pro Connect app or web portal, giving course teams visibility across a fleet from one interface.

Its smaller footprint allows autonomy to be introduced into areas outside the scope of larger machines, whether that’s tight turf around clubhouse entrances or smaller grassed sections currently maintained through routine push mowing. These are repetitive tasks rather than complex ones, but they accumulate across the working week, particularly where smaller teams are balancing presentation standards alongside wider operational demands.

Matching equipment to the site

For many course managers, the question around autonomy is not whether it works, but how it fits into day-to-day operations without disruption. The Turf Pro 200 sits within the portfolio as a solution for smaller defined turf areas, while larger Turf Pro units serve more open areas. Each machine has a defined role within a wider system, and because the range operates on a shared platform, moving between models does not require different systems or ways of working. That consistency makes it easier to introduce autonomy gradually across a site without adding complexity to established routines. While developed with golf course operations in mind, the same approach also supports smaller sports and grounds environments where boundary turf areas sit alongside broader site responsibilities.

Creating time in the working week

In many golf course environments, the constraint is not capability but time. Routine mowing in smaller boundary areas is essential work, but it is repetitive and often carried out by staff responsible for wider presentation and agronomic priorities. By assigning these areas to the Turf Pro 200, that time can be redirected elsewhere across the course. Over time, these adjustments accumulate and reflect a broader shift towards matching equipment to the structure of the course rather than treating autonomy as a single deployment.

Support through a single network

Toro’s established distributor network provides local support, servicing and guidance through a single point of contact, allowing autonomy to be viewed as a longer-term operational approach rather than a one-off trial.

With the Turf Pro 200 joining the Turf Pro 300, 500, Range Pro 100, Geolink Mow and Geolink Spray, Toro offers a single autonomous portfolio that supports mowing, ball collection, and spraying across an entire golf course, from large open spaces through to the smallest areas.

Courses looking to understand how the range could apply to their site are encouraged to contact their local Toro distributor to discuss requirements, or visit www.toro.com to explore the portfolio and arrange a demonstration.

Autonomous mowing has long been positioned as the future of golf course maintenance. Today, it’s more than a concept and is becoming part of daily fairway operations worldwide. 

Labour shortages, rising costs and higher expectations are forcing course managers to rethink how work gets done. The question is no longer whether autonomy is coming, but whether it can deliver to the same standard as a skilled operator, day after day. 

With the Greensmaster® eTriFlex® 3360 and GeoLink® Mow, Toro is showing that it can, combining accuracy, safety and cut quality while supporting, rather than replacing, the craft of greenkeeping. 

GeoLink Mow integrates with the Greensmaster eTriFlex 3360, a mower built on Toro’s proven TriFlex® platform. This ensures autonomy is applied to machines designed for tournament-quality fairway cutting. 

How GeoLink Mow works 

At the core of the system is GeoLink technology, paired with RTK (real-time kinematic) positioning, that enables centimetre-level accuracy across high-visibility areas. 

Using a pre-mapped course layout, the mower follows defined paths with repeatable precision. Striping remains consistent, coverage is complete, and clean headlands are maintained—without the overlaps or missed areas that can build up over time. 

Safety is also built in. LiDAR, radar and sonar continuously monitor the surroundings, allowing the machine to detect obstacles and respond in real time, in any lighting conditions. 

Supervisors remain in control via the GeoLink Mow app. From mapping and assigning mowing patterns to tracking live progress, the system provides visibility without requiring constant manual input. Real-time alerts keep teams informed and ready to intervene if needed. 

Where it fits best 

GeoLink Mow is built for fairways and other high-value turf where presentation and playability matter most. 

Its reel-based cutting units and precise guidance deliver a finish that meets the expectations of modern courses—consistent, clean and repeatable. Smaller autonomous machines are suitable for rough or out-of-play areas, but they are not designed for the same precision, speed, or tournament-quality finish expected on fairways 

But, delivering a tournament-quality result requires more than autonomy—it starts with a mower engineered for precision and durability. GeoLink Mow is positioned for the surfaces golfers see, play and remember. 

Built for the realities of course maintenance 

Autonomy is only as effective as the machine behind it, which is why the Greensmaster eTriFlex 3360 builds on Toro’s proven TriFlex platform, making it a familiar foundation for many greenskeeping teams. 

DPA cutting units, EdgeSeries reels and EdgeMax bedknives retain adjustments and stay sharper for longer, supporting a consistent finish while reducing maintenance downtime. A lightweight three-wheel design reduces turf compaction, while advanced suspension ensures each cutting unit follows ground contours closely. 

Features such as Radius Dependent Speeds and controlled turning maintain clip rate and reduce turf disturbance. With no hydraulic oil onboard, the risk of leaks is eliminated, and quieter operation allows more flexible mowing schedules. 

Power comes from a hybrid system combining electric drive components with a 14.5 hp engine, delivering consistent performance without unnecessary complexity. 

Integrating autonomy into the working day 

Autonomy changes how time is used, not the role of the team. 

A single supervisor can oversee multiple machines, managing operations through the GeoLink app while focusing on higher-value tasks elsewhere. Machines can be deployed, paused or redirected remotely, and transport between fairways is automated via pre-set routes. 

Switching between autonomous and manual operation is simple. The machine integrates into existing workflows, whether supporting peak demand or complementing traditional mowing practices. Real-time data and diagnostics provide visibility, helping teams monitor performance and respond quickly. 

Performance in the field 

In practice, the benefits become clear. Once a mowing pattern is set, it repeats precisely, maintaining consistent visual standards. 

At The Old Collier Golf Club in Florida, an early test site for autonomous fairway mowing, this consistency has been evident day-to-day. Todd Draffen, Director of Agronomy, notes the ability to maintain straight lines and uniform widths across fairways has stood out over repeated cycles. 

Alongside early adoption in the US, European courses are also beginning to integrate autonomous mowing into day-to-day operations. At Golf Club Würzburg in Germany, the introduction of the Toro GR 3360 with GeoLink Mow marks one of the first deployments of its kind in Europe. 

For the greenkeeping team, the impact is already being seen in how maintenance is structured. Predictable, consistent output supports tighter control of maintenance windows, while reducing machine presence during peak playing times. For course leadership, the focus is on long-term efficiency – using autonomy to support high standards of presentation while optimising operational processes. 

As with many new technologies, initial curiosity from staff and golfers was expected. Over time, familiarity builds confidence as the machines become part of routine operations. Operationally, the impact is in how teams use their time, with fairways maintained autonomously while staff focus on detail work and course improvements. For courses managing ongoing labour pressures, that shift is often as valuable as the mowing performance itself. 

Raising the standard for autonomous mowing 

As adoption grows, expectations evolve. Autonomous machines must now match the output of skilled operators on machines that have a proven track record of fairway performance. 

Toro combines advanced GeoLink capability with established reel cutting technology, ensuring innovation enhances, rather than compromises, performance. Backed by decades of golf course experience and dedicated GeoLink support, autonomy becomes a practical next step rather than a leap into the unknown. 

The result is simple: repeatable, high-quality fairway mowing—precise, safe and consistent—delivered in a way that supports skilled teams. 

The real question for forward-thinking courses is no longer whether it works, but how soon it can become part of the team’s everyday workflows. 

German dealer training showcases the future of autonomous and all‑electric mowing in golf

Golf Club Würzburg has become the first golf facility in Europe to install and actively use the autonomous Toro Greensmaster® eTriFlex®3360 with GeoLink™ Mow on its fairways — marking a major milestone for innovation in golf course maintenance.

To support this launch, the Toro Germany team hosted a two‑day technical and sales training event in April 2026, welcoming ten authorised golf dealers from across the country. The programme combined detailed classroom sessions with extensive live demonstrations on the course, giving dealers a close look at how autonomous mowing technology is already transforming daily operations.

A pioneering partnership in German golf

Club President Bernhard May highlighted the significance of hosting the event:

“As the first golf course in Europe to use this system on a daily basis, it was a particular honour for us to make our fairways available as a live demonstration area. Following in-depth technical presentations in the morning, the programme moved straight out onto the course – exactly where innovation in course maintenance must prove itself today. At this event, too, our collaboration with Toro’s highly qualified team once again proved to be an exemplary success. As a very satisfied customer, it was also an honour for us to host this dealer training event in Würzburg.”

Würzburg Golf Club has long been recognised for its commitment to forward‑thinking course management. Its early adoption of autonomous mowing reinforces its role as a leader in shaping the future of golf in Germany.

Training designed for real‑world application

The two‑day programme focused on the capabilities of the Greensmaster eTriFlex 3360 with GeoLink Mow — the first autonomous triple‑spindle fairway mower of its kind. Dealers explored:

• Precision navigation and repeatable cut quality
• Labour‑saving workflows and operational efficiency
• Safety systems and autonomous route planning
• Practical setup, calibration and maintenance

The live demonstrations on the fairways provided a clear view of how autonomy can support teams facing increasing expectations around course presentation, sustainability and resource management.

Micha Moerder, Senior Sales Manager for Germany at Toro, expressed his appreciation:

“We would like to extend our sincere thanks to our long-standing partner, Golf Club Würzburg, for providing the venue and the golf course. The excellent conditions played a key role in ensuring the successful delivery of the presentation and practical sessions for the new system.”

Why the Greensmaster® eTriFlex® 3360 matters

The Greensmaster eTriFlex 3360 represents the next generation of all‑electric greens mowing. With no hydraulic fluid, all‑electric traction, steering and cutting, and Toro’s EnergySmart® technology, it delivers noticeably quieter operation, lower running costs and a cleaner, more sustainable maintenance approach.

Its Double A‑Arm Suspension and industry‑leading Flex technology allow the cutting units to follow contours with exceptional precision, while the Radius Dependent Speed (RDS™) system and Lift‑In‑Turn feature help virtually eliminate “Triplex‑Ring” for a consistently smooth, tournament‑ready finish.

Features such as the Lift‑Gate Footrest, Tool‑Free QuickChange™ cutting units and Auto‑Brake on Operator Dismount further enhance productivity and ease of use for course teams — making the eTriFlex 3360 a powerful solution for clubs looking to modernise their maintenance operations.

Driving the next chapter of innovation

The successful installation and daily use of the autonomous Greensmaster 3360 at Würzburg Golf Club marks an important step forward for the German golf market. As interest in automation and data‑driven maintenance continues to grow, this project provides a real‑world example of how advanced technology can support course teams today.

Toro and Würzburg Golf Club look forward to continuing their collaboration and advancing innovation for golf facilities across Germany.

Interested in learning more?

Want to explore how the Greensmaster® eTriFlex® 3360 could support your course maintenance strategy? Our authorised Toro distributors across Europe can help you assess autonomous and all‑electric solutions tailored to your facility. Find your local Toro distributor.

See the full Toro Autonomous family line‑up. Explore the complete range of Toro autonomous solutions and discover how they can support your course maintenance strategy.

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The latest generation of the Workman® Series is redefining the standard for power, comfort and versatility in turf management. Reimagined from the ground up, the Workman LTX allows greenkeepers to choose from dozens of configurations so they can get everything they want, for anything they need.

Refreshed design

The Workman LTX features a sleek new hood, bumper, grille and headlight design. An all-new dashboard configuration provides plenty of storage space, while the change from a hand parking brake on the dash to a foot-operated or an electric parking brake option on lithium models creates more space and overall intuitive layout.

Versatility without compromise

Whether you need a “mobile office” or cargo hauler, the LTX can be configured to your workflow. Choose from standard or lifted heights, extend the bed for high-volume hauling or add an extra row of seating to fit the whole crew. With a comprehensive suite of complementary accessories, the LTX can be built for what you need.

Pick your power

The Workman LTX is available in two powertrain options — petrol or electric. The electric model is powered by Toro’s patented HyperCell® lithium battery system and comes standard with two HyperCell batteries with the option to add a third for more runtime. Developed by Toro, HyperCell batteries are made for the unique demands of commercial use.

The petrol model is equipped with a Briggs & Stratton® Vanguard® 400 EFI engine with integrated oil level sensors and an automatic engine shut-off feature to ensure long-term reliability. No matter which option you choose, both deliver exceptional power, reliability and efficiency.

Automotive grade comfort

High performance and power demand equally high-quality comfort. The high performance and power of the Workman LTX demand a similar level of comfort. Coil-over shocks around the vehicle deliver superior suspension travel and adjustability for a smooth ride and minimised operator fatigue, especially when navigating uneven or bumpy terrain.

The automotive-grade rack and pinion steering system provides enhanced control and lowers steering effort, while operating loaded or empty. This allows operators to focus on the task at hand.

An LCD display provides important information and dual USB A and C ports ensure device compatibility and constant connectivity. The oversized cup holders and the bolstered bench seat provide the space and support needed for the most demanding shifts.

The Workman LTX will be available in spring 2026. For more information on the LTX and all of Toro’s latest products, go to toro.com.