A facilities manager at a regional airport watches cleaning crews struggle to keep terminals spotless during peak travel hours. Foot traffic never stops, debris accumulates constantly, and manual sweepers can't cover 80,000 square meters efficiently. The PUDU MT1 Max handles this autonomously—its 70 cm sweeping width and 35-liter trashbin clean up to 7,000 square meters per hour in spot mode. The robot picks up everything from cigarette butts to large bottles, adjusting its cleaning power based on what it detects. It runs for 8 hours straight, recharges in under 3.5 hours, then continues. No breaks needed.
The 3D perception system combines LiDAR with multi-sensor fusion to move around people, luggage carts, and service vehicles. A warehouse operations director at a distribution center uses it overnight when forklifts and workers move through loading bays. The robot dynamically avoids vehicles and stops for pedestrians without human intervention. Its edge-to-edge cleaning reaches baseboards and walls with zero-centimeter clearance. The dual-chip architecture processes environmental data in real time, letting it adapt cleaning posture when moving from smooth concrete to textured surfaces.
It connects to elevators and automatic gates through PUDU Link, meaning it cleans multiple floors or secured zones without manual escort. A maintenance supervisor at a multi-story shopping mall programs it to take elevators between levels during off-peak hours. The 1.2-meter warning light and safety projection light alert people before it rounds corners. IP54 sealing protects against dust and water spray, and water-drop sensors activate protective mode if it encounters spills.
The robot struggles in extreme weather. Don't deploy it outdoors during heavy rain or snow. An office park manager who wanted outdoor sidewalk cleaning found it inadequate for winter conditions. Indoor-only facilities get full value.
It covers areas up to 100,000 square meters, but you're maintaining a facility smaller than 20,000 square meters with light foot traffic. Manual cleaning or smaller equipment makes more sense. The 85-kilogram robot requires space for charging docks and turning radius. Tight corridors under 1 meter wide create movement problems. Facilities with stairs as primary access points between zones can't use the elevator integration effectively.
This fits large commercial spaces—airports, convention centers, warehouses, shopping malls—where cleaning demands exceed what human crews handle cost-effectively during operating hours. Small retail stores and single-floor offices don't need this capacity.
