Pudu Robotics MT1
About This Robot
Summary:
PUDU MT1 is an AI-powered dry sweeping robot designed for large-scale commercial and industrial environments. It focuses on hard-floor sweeping, AI trash recognition and AI spot cleaning rather than wet scrubbing or mopping. With a 70 cm cleaning width, 35 L dustbin, LiDAR/VSLAM navigation and autonomous charging support, it is best suited to warehouses, factories, home-improvement retail, stations, airports and other large indoor areas with recurring debris. Its main value is reducing repetitive manual sweeping while maintaining cleanliness across large, dynamic sites.
Key Capabilities
- Dry sweeping for fine dust, dirt and larger debris such as paper, film, leaves and bottles.
- AI trash recognition and AI spot cleaning help target debris rather than running unnecessary full-coverage routes.
- LiDAR SLAM, VSLAM and marker-based positioning support navigation in large and changing environments.
- 35 L dustbin and 70 cm cleaning width make it suitable for large-area dry cleaning tasks.
- 4–8 hours runtime, <3 hours charging and optional autonomous charging support high-frequency operation.
- Multi-sensor obstacle avoidance, depth perception and emergency stop support safer operation around people and assets.
- PUDU Link / app and PC interface support monitoring, cleaning reports and IoT integrations such as elevators and e-gates.
- Manual handle and quick-release consumables make relocation and maintenance more practical for cleaning teams.
Applications
- Warehouses and logistics facilities with large hard-floor areas and recurring debris.
- Factories and manufacturing sites requiring autonomous dry sweeping across broad floor spaces.
- Home improvement centres, building-materials malls and large-format retail stores.
- Airports, railway stations and transport hubs with high footfall and large public areas.
- Shopping malls and commercial real estate common areas where dry sweeping is required.
- Large indoor public-sector facilities where scheduled or after-hours sweeping can reduce manual workload.
- Semi-structured indoor environments where pathways are wide enough and floors are flat/hard.
Why Choose It
- Strong fit for dry sweeping in large venues where wet scrubbing is not the primary requirement.
- AI spot cleaning can reduce wasted passes by identifying and targeting debris during patrols.
- Large 35 L dustbin and 70 cm cleaning path reduce operator intervention compared with smaller cleaning robots.
- LiDAR and visual positioning make it more adaptable than simple route-following machines in changing environments.
- Optional autonomous charging and scheduling support repeated cleaning cycles across long operating windows.
- Best shortlisted where the customer has flat hard floors, wide routes and a need to remove dry debris at scale.
Key Features
Designed for large-scale dry sweeping with AI trash recognition and AI spot cleaning.
Up to 1,800 m2/h in standard cleaning mode and 6,000 m2/h in spot-cleaning mode.
Large trashbin and wide sweeping path support practical operation in warehouses, factories and transport hubs.
Uses VSLAM, marker positioning and LiDAR SLAM to adapt to dynamic indoor environments.
Supports autonomous charging with MT1 charging station and can integrate with elevators, e-gates and PUDU Link.
Technical Details
45Ah
<3hours
Dry sweeping; manual cleaning; automatic cleaning; scheduled tasks; AI spot cleaning
700mm
N/A – dry sweeping robotL
840 x 600 x 490mm
1800 standard; 6000 spot cleaningm2/hour
4–8hours
3° cleaning; 8° non-cleaning climbingdegrees
VSLAM + Marker + LiDAR SLAM / integrated LiDAR and visual SLAM positioning
<75dB
Three-dimensional depth perception and multi-sensor fusion with automatic obstacle avoidance; emergency stop included
Flat hard floors: polished concrete, epoxy resin, rubber, regular brick, ceramic tiles and similar paved floors
N/A – dry sweeping robotL
65kg
Manufacturer
Pudu Robotics
Manufacturer
Free, no obligation — we'll connect you with the right seller
Continue exploring Pudu Robotics MT1
Explore related areas to find the right robot for your operation.