Restarting Golf Robot Mowers After Winter: A Spring Checklist

What should you check on batteries and docks first?

Batteries go first because they spent the off season in a state you did not control. Consumer robot mower guides consistently tell users to inspect the battery after storage, and to hold off on starting a unit while the ground is frozen or before grass is growing. Those guides cover consumer machines, and fairway units are larger and built differently, so read them as principles rather than procedures.

The charge state matters more than many crews expect. A robot mower maker's blog post says a correctly charged battery can ride out a winter without degrading, while a badly charged one can be permanently damaged. The storage charge level and restart sequence belong in the manual for your specific model. If the manual is silent, get the restart steps from your integrator in writing before anything is powered up.

Drivetrain changes the checklist. As of its product page checked in November 2026, Toro describes its GeoLink Autonomous Fairway Mower as a hybrid with a Kawasaki engine, while steering, traction and cylinder lift are electric. Golfdom reports that Turflynx describes its F315 as a fully electric, battery based triplex mower. Those are vendor claims, but they show why one winter list rarely fits every fleet.

Docks get less attention and cause more trouble. Walk each dock before power goes on. Check cables and contacts for corrosion or water, clear snow and ice from the pad and approach, and confirm the dock sits where the map says it does. A dock that shifted over winter can break the return path the whole route depends on.

How do you verify the map after winter damage?

A boundary map records the course as it stood in autumn, and winter can change that. Snow loads, frost heave, washed edges, fallen limbs and altered drainage can move a bunker lip, a cart path edge or a tree line far enough to matter to a robot that follows its boundaries closely.

Walk the perimeter with the map open, starting where change is most likely: low spots where water sat, edges newly exposed along cart paths, and any stretch under trees that dropped limbs. Mark every place the ground no longer matches the map, then correct the boundary in your fleet software. If a zone needs a full remap, schedule it before the test run, not during it.

Keep a written change log. It becomes the baseline for next winter and gives your integrator something concrete to work from if a unit behaves oddly in the first week back.

Which fairway should the first test run cover?

Pick one fairway with simple geometry, a drainage pattern the crew knows, and a short route back to the dock. A fairway with many bends, several bunker openings or a long return trip tests more than the restart. You want proof the system works, not a verdict on the hardest hole on the property.

Log every pass in a simple table: start and finish times, stops, boundary contact or hesitation, the dock return and the battery level at the end. Compare the numbers with what the superintendent expected for that fairway. Note the return trip too, since every extra minute spent driving back is time the restart was supposed to free up.

Expand only after a clean run. If the first fairway shows stops or boundary trouble, fix the map or the setup before adding a second fairway.

Which turf zones should the robot cut first while grass recovers?

This is an agronomic call before it is a scheduling one, so it belongs with the superintendent. The working principle is simple: put the robot where it adds the least stress to turf that is still coming back, and keep it away from ground that cannot yet carry traffic.

• Start with dense, established turf that came through winter well and carries light traffic.
• Hold newly seeded, sodded or sprigged areas until the superintendent clears them.
• Keep saturated or still frozen low spots off the route until they drain and firm.
• Schedule high use areas for windows when play is light, not during peak tee times.
• Leave edges, turns and soft transitions on the crew's list, where turning on soft turf is most likely to mark the surface.

How should the crew handoff work before the first full week?

A handoff is a written document with named leads, not a briefing meeting. Assign one person to check batteries and docks at the start of each shift, one person to read and answer alerts, and one person with authority to pull a unit off the course. Write down how to reach the integrator's service line and what counts as an emergency.

Staffing pressure makes this harder. A USGA Green Section Record article reports, citing GCSAA's 2024 Maintenance Budget Survey, that average labor expenditures rose 17 percent from 2022 to 2024. The same article reports that 63 percent of superintendents called the labor market bad or very bad in the 2022 labor survey. Thin crews need handoff steps that work on a short staffed Tuesday, not only in a planning room.

Schedule a review of the change log and test results at the end of the first week, with the crew lead present. Decisions about zones and hours made there cost far less than decisions made during a failed pass.

Who handles a fault in the first week back?

This is where one accountable partner helps. Service Robot Co. is a full service commercial robot integrator, and we are OEM neutral. We pick the right robots across manufacturers, then arrange commercial robot leasing, deploy, integrate, train and service each unit through a nationwide network of US engineers. Financing runs on a three year lease, with one fixed robot lease payment quoted after a site assessment, so the cost is set before the first pass.

For a restart, settle the practical questions before week one. Who responds when a unit stops on the back nine? Is on-site dispatch included, and how does remote triage work? Is spare unit coverage part of the lease, or a separate arrangement? Get each answer in writing, along with the terms of any robot maintenance service plan.

A phased start, with one leased unit on one fairway as a robot pilot program, lets the crew find the gaps before the whole course depends on the fleet. Go live support on site during the first days helps the crew work through those gaps while the rest of the property keeps running on existing equipment. The checklist above is the same one a pilot should follow.