Robotic mowing for golf courses and driving ranges

Where it fits on a golf property, and where it does not

Start with the boundary, because getting this wrong wastes everybody's time. The A60i is a rotary machine with a 60-inch deck. It belongs on:

• Roughs and out-of-play areas — the largest single acreage on most courses and the one that consumes the most repetitive hours.
• Driving ranges and practice grounds — large, open, cut constantly, and the place where a wide autonomous deck is at its most efficient.
• Perimeters, margins and maintenance areas — the ground that gets cut last and shows it.

It does not belong on greens, tees or fairway approaches that need a reel cut. Nobody should sell you a rotary robot for fine turf, and we will not.

The three things superintendents actually get from it

1. The rough gets cut on schedule, every week

Rough mowing is the first job to slip when the crew is short, and the last one to catch up. It is also the acreage most visible to a player walking off line. An autonomous machine cutting the same area on a fixed cycle removes that variability entirely: the rough is on a schedule that does not depend on who called in.

2. Overnight and off-hours operation

A machine quiet enough to run before first light finishes ground before the first group goes out, and twelve hours of runtime means the overnight window is never the limiting factor. That converts mowing from something that has to be worked around play into something that happens when the course is empty. On courses with tight tee sheets this is often the single most valuable property of the machine — more than the cost per acre.

3. Crew hours move to work that shows

Every hour not spent driving laps of the rough is an hour available for bunker work, detail around greens, irrigation repairs, or agronomy. This is where the return actually lands on a golf property, and it is the part a simple cost-per-acre calculation never captures. The calculator is honest about that.

Why RTK guidance matters more on a course than anywhere else

Two reasons, and they are both about what people see.

Pattern. A course is looked at from every angle by people who notice. Random-pattern robot mowers produce an even cut but no line. RTK-guided routing produces the same stripe pattern every cycle, in the direction you set it.

Boundaries without wire. Bunkers, beds, drainage, cart paths and marked areas are defined in software. Nothing is trenched in, and nothing gets cut by an aerator or a drainage crew two seasons later. Boundaries can also be changed in an afternoon when the layout changes — try that with buried wire.

Terrain: the reason four-wheel drive is on the spec sheet

Golf ground is not flat. Bunker surrounds, mounding, ditch lines and bank faces are exactly where two-wheel-drive machines lose traction, spin, and leave a patch that somebody then walks out to with a trimmer — which is the labour you were trying to avoid in the first place.

All four wheels of the A60i are driven, on turf tires, with an automotive-grade all-aluminium body that makes the machine 30 to 50 percent lighter than comparable machines — which on a course matters twice over: it climbs what heavier machines slip on, and it does not print wheel tracks into ground that gets cut every week. Slope capability on any given piece of ground depends on turf type, moisture and cut height, so we quote it against your conditions rather than printing a number that flatters us. More on terrain →

What the industry is actually doing

Autonomous mowing on golf courses is past the pilot stage. The USGA's Green Section has been covering the transition for several years, and courses in the US and Europe have moved from single-machine trials to fleets on ranges and roughs. The pattern in nearly every published account is the same: the machines take the repetitive acreage, and the crew hours move to detail.

Practical questions before you buy