A Golf Club in Italy Estimates 40% Lower Weekly Mowing Cost

A labor heavy weekly routine on a large course

A golf club in Italy looked at its mowing bill the way most course managers do, as a weekly routine that never really ends. Fairways and approaches need cutting through the growing season, and every pass pulls people onto machinery they could be spending on other work.

The club's baseline was a rotary mower making one cut per week on a 1,296 square meter test area. That single cut took 1.02 hours of machine time, plus the human labor around it. The wider fairway area covers 106,900 square meters, so any saving per square meter multiplies quickly.

Before committing to anything, the club wanted to see how a small trial could be costed. A wider rollout would then rest on arithmetic rather than enthusiasm.

A small autonomous trial, costed before any wider rollout

The club set an autonomous mower to run ten hours a day, including charging, seven days a week, on the same 1,296 square meter area. The rotary mower stayed on its ordinary weekly cycle, so both options were compared on identical ground.

Costs were built from weekly labor, energy and upkeep for each machine. Scaling up was modeled rather than assumed. The full fairway area would need six autonomous mowers and three reference stations.

• Define the test area and the current rotary mowing routine
• Run the autonomous mower on a fixed daily schedule that includes charging
• Cost labor, energy and maintenance for each machine every week
• Model fleet size, service life and annual totals before any wider rollout

Lower weekly cost, mostly from labor, with service life deciding the rest

The autonomous mower's weekly total was estimated at 19.36 euros, against 32.22 euros for the rotary mower, a 40% reduction. The figures point mostly to the labor cost of the ordinary mower. These are estimates, not metered invoices, so they show the shape of the saving more than its exact size.

Energy use moved in the same direction. The autonomous mower was estimated at 4.80 kWh per week, against 12.60 kWh for the rotary mower, roughly 62% less.

Scaled to the whole course, annual totals were estimated at 62,007 euros for conventional mowing and 46,336 euros for the autonomous fleet in the forecast scenario. The best case came in at 40,552 euros and the worst case at 63,689 euros, slightly above conventional mowing. The fleet's energy, maintenance and labor were estimated at 17,415 euros a year, against 16,718 euros for conventional mowing labor alone, with an initial investment of about 231,369 euros.

Service life carried a lot of weight. Substantial annual savings appeared only if the machines lasted eight to ten years, while a five-year life gave costs roughly comparable to conventional mowing. A test area result is a starting point, and the lifespan assumption is where a wider plan can win or lose.

What this means for US operators planning a first robot

A test area like this one follows the same logic we apply with US businesses before any commitment. Service Robot Co. is a full service, OEM neutral commercial robot integrator. We select the right robots across manufacturers, then finance, deploy, integrate, train, and service every unit through a nationwide US engineer network, so one partner covers the whole lifecycle.

Customers receive robots on a three year lease with one fixed payment, quoted after a site assessment. That lets a robot pilot program run on real ground, with the cost model built from the site's own labor, energy and service figures rather than generic assumptions.

The Italian club's lesson is about method. Cost the routine honestly, model the fleet, and test service life before committing. That approach also guides how we size a deployment for a US grounds or course operator, including go live support and a robot maintenance service plan.