How Cleaning Robots Can Benefit Ice Rinks

How can cleaning robots for ice rinks help?

Cleaning robots for ice rinks take over the dry floors that surround the ice: the lobby, the entry vestibule, the main concourse, the locker rooms and the restroom entries. A floor cleaning robot runs the same mapped route on a schedule, so those floors get cleaned between public sessions instead of waiting for a free moment that rarely comes. The ice itself stays with the dedicated resurfacing machine built for it.

For the person who runs the building, the benefit is practical. The floors stay clean while skaters, families and players are in the building, and the attendant does not have to stop what they are doing to make another pass across a concourse. The robot handles the repeatable floor work, and people handle everything that needs judgment.

Used this way, the robot is a helper on the shift, not a replacement for the team. Most rinks still need people for restrooms, spills, the ice and the front counter. The rest of this page covers where the robot fits, what drives the savings and where it falls short.

Why are rink floors hard to keep clean today?

Rink staffing is often thin and mixed. Postings for rink attendants routinely combine ice work with janitorial duties. One public rink posting describes the attendant handling maintenance and janitorial functions while the facility is open to the public, and says the person may work alone. Another posting for a part-time operator says the role requires approximately 25 hours a week, including evenings and weekends, and may include securing the building at shift end.

Janitorial work is a tight labor market nationally. According to the Bureau of Labor Statistics, there were 2,432,600 janitors and cleaners jobs in 2025, projected to reach 2,486,200 in 2035. An analysis of that BLS data, distributed by press release, puts employer openings at approximately 321,800 a year from 2025 through 2035, mostly replacement rather than new jobs. For a rink that struggles to fill a shift, that means the floor work often lands on whoever is already there.

Rinks are a large group too. According to IIHF data compiled by a statistics site, there were 2,601 ice hockey rinks in the US in the 2023/24 season. Many of those rinks run public hours with small crews and floors that need attention while the building is busy.

What are the main benefits?

The first benefit is timing. Lobby and concourse floors are clean when the public walks in, not after an attendant gets around to them. The second is consistency. A mapped route runs the same way every time, so the floor gets the same pass whether it is a quiet Tuesday or a full weekend session.

The third benefit is attendant time. When the floor passes move to the robot, the attendant can stay on the ice, at the desk or on safety checks. That matters most on the shifts where one person is alone with the building. The fourth benefit is an easier closing. Closing checks start from floors that are already done, so the shift ends with fewer loose tasks.

How does the robot work there day to day?

Setup begins with a site assessment. The team maps the lobby, the concourse, the locker room entries and the restroom corridors, then sets a route that avoids benches, mats and stored equipment. The route is saved, and the robot learns where the open floor is before its first run.

On a run, the robot follows that route, cleans and dries the hard floors, and avoids people it meets along the way. When the run finishes, it returns to its dock to charge. Staff can check the status from the office and see whether any area was blocked or skipped.

Staff still step in. A spill, a dropped mat or a bench moved into the route will stop the robot until someone clears it. After a layout change, such as a new pro shop display, the route is updated so the robot does not run into it.

Which areas of the rink does the robot work in?

The robot works where the floor is open, hard and repeatable. In a rink, that means the entry and lobby, the concourse and the aisles that connect them. Locker room entry floors and the pro shop floor also fit, as long as the route is clear of fixtures and staff can handle the wet corners by hand.

Layout matters as much as floor type. Robolist, a third-party robot analysis, notes that robots pay back best on large, open, contiguous layouts and less well in narrow corridors and small, obstacle-heavy spaces. A rink's concourse is usually a better candidate than a tight back hallway full of carts and bags.

How does the robot work alongside the existing staff?

The robot does not replace the attendant. It takes the repeatable passes so the attendant can cover the ice, the desk, the restrooms and the safety checks. In a building where one person may work alone, the robot gives that person more time for the tasks only a person can do. Our team trains the staff who will run the robot during the handover.

Some staff time still goes to the robot itself. Someone checks its status, clears blockages and resets spills and routes when the building changes. A small team that already knows the building will usually handle that without much extra work, and the routine stays with the people who know the rink best.

What drives the savings?

Savings come from hours on repetitive floor passes, and the numbers depend on the building. A 2021 shopping center case study across eight locations, cited in a vendor blog, found that one autonomous scrubber freed 5 to 6 hours of staff labor nightly. Robolist estimates about 2.5 labor hours per day saved per autonomous scrubber in a typical retail store. Those are retail figures, so a rink should measure its own route time before using them as a guide.

Floor area sets the time a person needs. Robolist reports that a manual ride-on scrubber covers effectively 6,000 to 9,000 square feet per hour in real facilities with obstacles and breaks. Multiply the route area by that rate and a rink can see how many hours its current floor work takes. Part-time rink postings in the job listings include hours such as 5 to 15 hours per week and 10 to 20 hours per week, which shows how little staff time some buildings have for floors.

The net savings are smaller than the gross hours. A maintenance contractor's case study found that once extra supervisor time was counted, the operator's savings were probably closer to 7-12%, and that it took 6-12 months to see a net benefit. A separate 2021 analysis, cited in the vendor blog, put payback typically at 14 to 24 months for daily-cleaned facilities. Plan on a ramp, not an immediate change in the budget.

What can the robot not do?

The robot does not resurface the ice, and it does not replace the resurfacing equipment or the person who drives it. One arena posting for an ice technician says the work runs on days, nights, weekends and holidays. The robot covers the dry floors inside that schedule, not the ice work itself.

Restrooms, spills, glass, gum, trash, stairs and raised bleacher tiers still need people. Narrow hallways and cluttered spaces slow the robot or take it out of service for a run. A case study from a maintenance contractor also noted that a robotic vacuum needed 3 hours per run, so the operator had to find enough other work to keep the staff busy while it ran.

Setup takes time too. The same case study reported many hours of setup in the first weeks. Expect the first months to include route tuning and staff training, not an overnight change in how the building runs.

How do you get started?

Start with a free site assessment. We walk the lobby, concourse, locker room entries and restroom corridors with you, measure the open floor, note obstacles and check when staff can give time to the handover. That gives us the information to pick the right robot for the site and set a realistic route.

We are a US commercial robot integrator. We pick the robot for the site, lease it through financing, deploy and integrate it, train your staff and service it nationwide. The payment comes in the quote after the site assessment, so the numbers reflect your building and your schedule.

Before you sign, ask for a written route plan, a training date, a service response plan and a clear list of what staff still handle. A good quote shows how the robot fits your floors and your team, and it leaves the restrooms and the ice where they belong.