Tennant Company Launches Autonomous Cleaning Power for Large, Complex Facilities

The X6 ROVR is a mid-sized autonomous floor scrubber engineered to clean up to 75,000 square feet per cycle.

Tennant X6 Rovr
Tennant X6 ROVR

Tennant Company launched the X6 ROVR, its new mid-sized autonomous floor scrubber engineered to clean up to 75,000 square feet per cycle.

“As organizations continue to face staffing shortages, automating routine cleaning tasks provides a clear and proven path to operational efficiencies,” says Dave Huml, president and CEO of Tennant Company. “We built the X6 ROVR to tackle this challenge — delivering dependable, autonomous performance across large-scale and complex environments, so cleaning teams can stay focused on higher-impact work.”

Key takeaways:

·        Expanding on the compact X4 ROVR, the X6 ROVR is designed to meet the scale and complexity of larger commercial and light-industrial environments.

·        The X6 ROVR includes an optional new Tennant XC1 docking station, allowing the machine to recharge between cleaning cycles, helping to reduce downtime and limit manual intervention.

·        Powered by Brain Corp’s AI-driven autonomy platform, BrainOS, the X6 ROVR delivers autonomous operation for navigating real-world environments at proven scale.

·        With an optional autonomous docking station, the X6 ROVR can recharge itself between cleaning cycles, helping increase productivity and reduce manual intervention.

·        Other key features include extended cleaning range with high-capacity tanks and Lithium-ion power; mid-sized design and next-level maneuverability; and autonomous operation with real-time routing and performance tracking. 

“Our customers in small retail, education, and healthcare sectors have seen measurable results with the ROVR platform. Now we are bringing that technology to small industrial and large commercial facilities with the X6 ROVR,” says Seth Rourke, VP of global product management at Tennant Company. “The product truly stands out for its unique ability to deliver high-capacity, high-performance cleaning while remaining incredibly nimble, maneuverable, and compact.”

 

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