Compact Autonomous Sweeping Robot for Industrial and Semi-Outdoor Floors

Is This Robot a Fit?

Likely Fit (after site review)

• Large paved or concrete floor areas with repeatable cleaning routes
• Sites meeting the verified 750 mm passage width and 1,200 mm turning clearance
• Dry debris within tested size and weight ranges (see Debris Compatibility Matrix)
• Defined charging, emptying and supervision procedures

Requires Project Review

• Rain, standing water or frequent wash-down environments (ingress protection rating to be confirmed)
• Slopes, curbs, thresholds and uneven surfaces (gradeability to be confirmed)
• Wet leaves, plastic film, cables or metal fragments (require sample or pilot testing)
• Heavy pedestrian or vehicle interaction zones
• Long-pile carpet or textile surfaces (compatibility not confirmed)

AIsirRobot conducts a site-fit review before recommending a configuration. Contact us to initiate this assessment.

Cleaning System and Verified Capabilities

3D LiDAR Navigation and Obstacle Avoidance

The robot uses a 3D LiDAR sensor with TOF (time-of-flight) ranging technology, providing 360-degree detection with a maximum sensing range of 70 meters. This enables the robot to build environmental maps, localize its position and identify obstacles in real time. The laser safety classification is Class 1 per available supplier documentation, subject to verification with the specific model’s test report.

The multi-sensor fusion system is designed to detect people, objects and drop-off zones. Specific detection capabilities for thin cables, transparent obstacles and edge profiles require site-specific validation. This robot does not require pre-installed guide tracks or physical barriers for navigation.

Side-Brush Sweeping and Roller-Brush Collection

The cleaning mechanism consists of two side brushes, a roller brush and a 1,500 m³/h suction airflow system paired with a HEPA filter. In a single pass, the robot is designed to capture both large debris and fine dust simultaneously. The HEPA filter captures fine particles during operation. The specific filter class and filtration efficiency require documentation confirmation.

This configuration is relevant for warehouses and logistics centers where floor dust accumulation affects product surface cleanliness and inventory contamination. The robot addresses dust at the floor level while capturing airborne particles during operation. Claims about overall indoor air quality improvement require site-specific measurement and should not be assumed from filtration specifications alone.

Compact Footprint for Constrained Spaces

With overall dimensions of 960 × 650 × 680 mm and a weight of 102 kg, the robot is designed for environments where aisle width is limited. The 750 mm passage width and 1,200 mm turning space make it suitable for standard warehouse aisle layouts. Sites with narrower aisles, tighter corners or obstacles in the turning path require a layout review before deployment.

Battery and Runtime

The robot is available with a standard 40 AH battery and an optional 60 AH battery. The runtime is 3–4 hours per charge. Battery voltage, watt-hours, charging time and the specific runtime difference between the two configurations require confirmation. Actual runtime depends on floor conditions, debris load, cleaning speed settings and battery condition.

The rated maximum cleaning efficiency of 2,700 m²/h is a supplier-stated figure. Actual effective output depends on route geometry, turning frequency, obstacle density, debris load, travel speed, battery condition, emptying frequency and charging strategy. Project planning should use site data or pilot results rather than the rated maximum alone.

Tool-Free Maintenance

The debris container, side brushes and roller brush use quick-release mechanisms. Operators can remove and replace these components without specialized tools. Maintenance intervals for consumables and spare parts depend on site conditions and usage frequency.

Smart Connectivity

The robot supports smart connectivity for remote monitoring and operational data tracking. Connectivity features, including network requirements, compatible platforms, API access, data scope, user permissions and any associated costs, vary by configuration. Contact AIsirRobot for detailed connectivity specifications for your intended deployment.

✅ Warehouses and Logistics Centers

The primary application is warehouse and logistics floor cleaning. In these environments, floor dust settles onto stored goods and packaging, which can potentially affect product surface cleanliness and customer inspection outcomes. The robot’s side-brush sweeping, roller-brush collection and filtered suction address dust at the source.

Surface: Concrete or similar hard flooring. Debris: Dry dust, packaging fragments, wood shavings, paper and similar warehouse waste. Conditions: Aisle width ≥ 750 mm, turning space ≥ 1,200 mm, defined charging and emptying stations.

✅ Factory Floors

The robot can be deployed on factory floor surfaces for routine cleaning of production-adjacent areas. Industrial debris such as metal shavings, screws and dry production waste may be collectible, but specific debris types require sample or pilot testing to confirm compatibility and prevent damage to the cleaning mechanism.

Surface: Hard industrial flooring. Debris: Dry industrial waste, dust, production fragments. Conditions: Debris size and weight within tested ranges, no wet or oily surfaces.

✅ Selected Semi-Outdoor Paved Areas

The robot can operate in semi-outdoor paved areas including commercial building plazas and campus walkways. The 3D LiDAR navigation system enables operation in open areas with pedestrian traffic. Outdoor debris such as fallen leaves and cigarette butts can be collected. Full outdoor deployment with rain exposure requires confirmation of the ingress protection rating for the selected configuration.

Surface: Paved concrete, tile or similar hard outdoor surfaces. Debris: Dry leaves, cigarette butts, paper and bottles. Conditions: No standing water, no heavy rain without verified IP rating, surface gradient within confirmed limits.