CleaningCommercial

Kärcher KIRA CV 50

by RobotLAB · Contact RobotLAB for pricing (purchase, lease, RaaS available)

Kärcher KIRA CV 50

Specifications

Width in
23
Height in
12
Length in
23
Max speed mph
0.9
Battery (count)
2
Lidar range ft
65
Battery ah each
7.5
Battery voltage
36V
Working width in
13.75
Battery runtime (hrs)
3.5
Climb percent grade
6
Min clearance width in
26
Roller brush length in
14
Min ground clearance in
12.5
Waste container volume gal
1.2
Max area performance sq ft (hr)
5651
Wall distance autonomous in
0
Weight without batteries lb
34.5

Overview

Compact autonomous robotic vacuum for mixed-floor environments (carpet and hard floors). Features 14-inch roller brush, two swappable 36V batteries (3.5-hour runtime), LiDAR navigation, sonic/cliff sensors, and IEC 63327 public-access certification. Designed for offices, schools, hotels, healthcare, libraries, and other occupied spaces. Sold, deployed, and serviced nationwide by RobotLAB.

Key features

  • 14-inch roller brush transitions between deep-pile carpet, low-pile carpet, needle fleece, loop pile, parquet, laminate, tile, and natural stone
  • Two swappable 36V/7.5Ah batteries deliver up to 3.5 hours runtime; batteries swap for continuous operation without charging downtime
  • Clears more than 5,651 square feet per hour; 13.75-inch working width
  • LiDAR sensor scans up to 65 feet; sonic and cliff sensors for safety around people and stairs
  • IEC 63327 public-access certification approved for autonomous operation in occupied spaces
  • 1.2-gallon waste container; quiet operation suitable for offices, schools, hotels, healthcare during occupied hours
  • KIRA Robots app: map routes, define no-go zones, schedule cleans, generate audit-ready reports
  • On-machine display (Basic mode) or app control; Wi-Fi and LTE/4G connectivity
  • Optional HEPA H13 filter, additional side broom, replacement roller brush
  • Minimum 26-inch clearance width; 12.5-inch ground clearance for low-profile operation under furniture
Manufacturer page

More from RobotLAB

Back to RobotLAB