Large-Format Floor Robots at LogiMAT 2026: A Spec Checklist

What did Cleanfix actually show at LogiMAT 2026?

Cleanfix Robotics, a Swiss manufacturer, announced a new generation of robotic floor cleaning technology for large-scale commercial and industrial environments, with its official presentation at LogiMAT 2026. The fair ran 24 to 26 March at Messe Stuttgart, and the Cleanfix booth was Hall 10, G18.

The press release did not name the new model. The event page listed the RA660 Navi M, the RA660 Navi XL, a Charging Assistant and RA660 Navi Mission Control, along with a live mixed-fleet demonstration of two vehicles. Read that list as what was on the floor, not as a confirmed lineup for the new system.

The announcement said the system would then be shown at Interclean Amsterdam, 14 to 17 April 2026, with live demonstrations in Interclean's Robot Arena. These are the manufacturer's own statements, so treat them as launch claims until a unit runs on your floor.

Why are logistics, airports and arenas the target?

Cleanfix's social posts name logistics centers, industrial buildings, airports, sports halls and shopping malls as target sites. These venues share one trait: a large amount of floor with few natural pauses in the day.

LogiMAT is a logistics-focused show. Pass Consulting describes it as Europe's largest annual trade fair for intralogistics and process management. The organizer's pre-show release, dated 8 January 2026, expected more than 1,600 exhibitors from over 40 countries. Those were forward-looking figures, so use them to gauge the audience, not as post-show counts.

What makes the overnight window so hard to fill?

A terminal concourse or a sports hall often has a short stretch of empty floor between the last event and the first crowd. Cleaning has to fit that gap, or it competes with daytime staff and guest traffic.

Kings Research describes labor scarcity in cleaning as a structural constraint and cites the March 2026 Cleanfix introduction as a market development. The firm says it is a market research summary, not independently measured data, so it supports the context rather than any single figure.

When night crews are hard to staff, a large autonomous scrubber should be judged by how many hours of clean floor it delivers per shift, not by its launch-day footage.

Which sensing claims are worth testing?

Cleanfix describes the RA660 Navi XL as its largest scrubber-dryer cleaning robot, designed for medium to large floor areas such as logistics and warehouse environments. A robotics247 case study dated May 26, 2026 says the unit integrates Sonair's ADAR 3D ultrasonic sensor, which lets it detect people, objects and low-profile, partly obscured obstacles.

The same case study says Cleanfix integrated ADAR to simplify the robot's sensor architecture. It also reports that Sonair's ADAR received the Best Product Award at LogiMAT in March 2026. An award shows peer recognition at the show. It does not show how the sensor behaves in your aisles.

Low-profile obstacles are the test that matters: a pallet jack foot, a cone tipped on its side, a cable run under a cart. Ask to see those objects placed on the route during the demo, and watch what the robot does at the edge of its detection range.

Which specs should you request before a site assessment?

Ask for the exact model being demonstrated, with its published spec sheet, before the demo starts. A launch booth shows a range of units, and the figure you were quoted may belong to a different one.

Put these requests in writing so the answers can be compared across vendors:

• Working width and cleaning coverage rate measured on your floor type, not a brochure figure
• Autonomous mapping time for your footprint, and how remaps are handled after racking or staging moves
• Run time per charge, and the charging cycle that fits your overnight window
• Detection results for low-profile obstacles, cones, cables and pallet feet at the route edge
• Behavior at ramps, thresholds and dock plates, which many large sites contain
• Mixed-fleet behavior when two robots share an aisle, and what happens when one faults
• Mission control access, alert routing and who receives alerts during the night
• Noise levels and how the unit yields to people in occupied zones during daytime runs
• Service access for brushes, squeegees and batteries, and which parts can be swapped on site

How should a demo be run so it tells you something?

Run the demo on your floor, or on a mock-up of your worst aisle. A booth is a controlled space with clean lines and planned crossings, and it will not reveal a pallet staged in the wrong place.

Time the runs. Record coverage, stops, every intervention a staff member had to make, and the battery state at the end. A demo that finishes with a clean log and a plain summary tells you more than one that ends with applause.

If the site allows it, ask the vendor to leave a unit and its log data with you for several nights. That gives you evidence before any site assessment, and it keeps the decision tied to your building rather than the event floor.

Where does Service Robot Co. fit in?

We are a full-service commercial robot integrator for US businesses, and we are OEM-neutral. We choose the robot that fits the floor, from whichever manufacturer that turns out to be, and we do not start from a single catalog.

Service Robot Co. leases robots only. A customer gets a robot through financing on a 3-year lease, with one fixed payment quoted after a site assessment. We handle deployment, integration, training and service through a nationwide US engineer network, so the facility works with one partner across the full lifecycle.

Demo results feed directly into that site assessment. A robot that fails your aisle test will not be the one we recommend, regardless of how well it looked on the show floor.