Robot Mowing Across Several Golf Courses: Planning Guide

How should a resort plan robot mowing across several courses?

A resort with several golf courses has one crew problem wearing many hats. The mowers, the chargers, the event calendar and the people who keep the operation moving are shared, even when each course's turf is not. The short answer is to build one master plan that covers every course, then assess each course against it.

Start with one map set, one charging plan and one shared calendar for the whole property. Then run a site assessment on each course, so every course is judged by the same rules for boundaries, charger distance and event pauses. A charger near the practice tee should follow the same logic as one beside the back nine.

Expect the power question to take longer than the mapping question. Public material on fairway robots still describes single-course launches, and we found little published guidance on standardizing across several courses. What follows is planning practice drawn from reported deployments, not a published standard. Figures were checked as of November 2026.

Why one master plan beats planning course by course

When each course keeps a separate set of boundary names, charger logic and mowing windows, the crew ends up translating between systems every time it crosses the property. Staff who move between courses lose time, and a shared event turns into an argument over which map is current.

A master file keeps layer names, hazard markings and zone numbers identical across courses. It also lets the resort see total fleet hours in one place, which matters when one crew covers fairways on three courses in a single week. A change recorded once, such as a new cart path, can then be reused wherever that path appears.

What the 2026 fairway deployments show so far

Reported deployments are still small and mostly tied to one club or event, which argues for a phased rollout. As of November 2026, the public record includes these examples, most of them from vendors or trade press.

• The Belfry's Brabazon Course planned a fleet of 15 Husqvarna CEORA robotic mowers to cut fairways overnight during the Husqvarna British Masters, according to a 2026 Husqvarna press release. The source describes a planned event.
• At Plantation Golf and Country Club in Florida, an early FireFly Automatix fairway mower installation was pioneered with Concert Golf Partners, which has announced an expanded rollout to other premium clubs, according to The Golf Wire.
• At Wallenried in Switzerland, nine Belrobotics mowers have maintained fairways since July 2023, according to Belrobotics. The figure is vendor-reported.

How should each course be mapped against the shared plan?

Site assessment mapping is where a multi-course plan earns its keep. Each course needs fairways, roughs, bunker edges, green buffers, cart paths, drains and water features recorded, using the same layer names everywhere. Reesink's rollout process, as described by Golf Business News, includes full site evaluation, digital mapping and configuration, and a check for satellite coverage. Those three steps make a sound template for each course on a resort.

Treat satellite coverage as a per-course question rather than a resort-wide assumption. Open ground and a course bordered by mature trees can produce very different results, so the assessment should record which holes fall into which group.

Where should chargers sit across several courses?

The USGA Green Section notes that excessive travel distance to charging stations reduces productivity, and that accessibility for maintenance is a key siting factor. Both points push charger placement toward short, clear routes from each mowing zone, kept away from the middle of play.

Turf trade commentary goes further. A TurfOps newsletter argues the harder problem is power, not the mower: distribution, charger placement, electrical loads and renewable planning are becoming operations strategy. For a resort, electrical service and charger sites should be planned as one network across courses, not sized one course at a time.

Chargers can also stay out of sight. A Connecticut club placed its charging stations out of the way on the course, and a golfer reported that players don't notice them, according to TurfNet.

What to bring to each site assessment

Bring the same packet to every course so the findings can be compared side by side. The list covers what the assessment needs beyond a basic map.

• Course boundaries with greens, tees, bunkers, water hazards, cart paths and maintenance roads marked
• The event and tournament calendar for that course, with staging, tent and parking areas outlined
• Electrical drawings showing panel locations, available capacity and where feeders run
• Candidate charger sites, each with the travel distance from the mowing zones it would serve
• Signal and satellite observations from the mowing areas, including tree lines and building shadows
• The current mowing schedule by hole or zone, with crew hours per pass
• Shed locations, service access routes, and any irrigation heads or drains that must stay clear
• The rain, lightning and frost hold rules the course already uses

How should schedules and crews work across courses?

A shared crew and a shared fleet need a schedule set at resort level. Decide which course runs on which night, which charger serves which course, and which pauses apply during a tournament, a wedding or a corporate outing. Pauses should follow the event calendar, not the mower's own clock.

Build the handoff into the plan. Someone must review fleet status each morning and decide whether a unit can return to service. Remote monitoring can flag a fault, but a person still has to clear it or send a technician. Ask any provider how remote triage works and who arrives on site when a problem does not resolve.

Where Service Robot Co. fits in a multi-course plan

Service Robot Co. is a full-service commercial robot integrator for US businesses. We are OEM-neutral, so the robot chosen for a links course can differ from the one chosen for a parkland course. We pick the right robots across manufacturers, then lease, deploy, integrate, train and service them through a nationwide US engineer network, so the resort works with one partner and one number.

Our commercial robot leasing runs on a 3-year lease, with one fixed lease payment quoted after a site assessment. Many resorts begin with a robot pilot program on one course, starting with one leased unit, and extend the master plan to the other courses once the event calendar and charger network have been tested under real conditions. Go live support covers the first weeks.