Kärcher Launched Autonomous Robotic Scrubber for Warehouses
The KIRA B 200 handles large-scale industrial floor cleaning to reduce reliance on manual labor.
Updated on Oct. 1, 2026 in Robotics
Live Poll
Do you believe replacing manual warehouse cleaning with autonomous robots improves overall workplace safety?
Kärcher has officially launched the KIRA B 200, an autonomous robotic scrubber dryer designed for high-traffic distribution centers. The system, which has entered the market for industrial floor care, utilizes advanced sensors to navigate complex environments alongside human workers.
Why it matters
Automation of floor maintenance addresses persistent skilled labor shortages in logistics and minimizes dust accumulation on sensitive automated materials handling equipment. This shift enables facilities to maintain clean operational spaces without continuous human intervention.
The KIRA B 200 achieves a cleaning rate of 4,590 square metres per hour. It holds safety certification to the IEC 63327 standard, which governs the navigation and operating safety requirements for autonomous mobile cleaning robots in industrial areas.
The players
Kärcher
A global manufacturer specializing in high-pressure cleaning technology and industrial floor care equipment.
The details
The system navigates using 360-degree LiDAR — a sensing method that uses light pulses to create a 3D map of surroundings — combined with multi-sensor arrays to detect and maneuver around obstacles. To support continuous operation, the robot returns to an automated docking station for water refilling, wastewater discharge, and battery recharging. These processes allow the machine to maintain consistent performance without operator assistance.
Timeline
September 30, 2026: Article publication date.
The Tech Race
The KIRA B 200 release follows the industry-wide adoption of IEC 63327 protocols for safe human-robot collaboration. This development aligns with the broader move toward fully automated facility management systems designed to integrate with smart warehousing architectures.
Warehouse managers can expect to transition floor maintenance workflows from manual scheduling to autonomous, overnight cycles. The hardware requires specialized site infrastructure, specifically the automated docking station, to enable the unit's full self-service capabilities.
The takeaway
The KIRA B 200 highlights a shift toward high-autonomy floor care in industrial logistics. Facility operators should monitor the deployment performance of this unit against their current manual maintenance costs to evaluate the potential for scale.
Further reading
For broader trends in warehouse automation, see our coverage on Robotics.
Source note: This article includes information reported by MHD.
Live Poll
Do you believe replacing manual warehouse cleaning with autonomous robots improves overall workplace safety?
