Pudu Robotics MT1 Max
About This Robot
Summary:
The PUDU MT1 Max is an AI-powered autonomous commercial sweeping robot designed for large-scale hard-floor environments such as airports, railway stations, residential courtyards, parking garages and other controlled indoor, semi-outdoor or outdoor areas. It combines a 700 mm sweeping path, 35 L dustbin and AI-supported debris recognition with cover cleaning up to 2,200 m2/hour and Ultra Spot Clean performance up to 7,000 m2/hour. LiDAR and vision-fusion positioning, 3D perception and multi-sensor obstacle avoidance support operation around vehicles, pedestrians and animals. For facilities teams, its main value is high-area dry sweeping with 5-10 hours of runtime and optional autonomous charging, subject to flat hardened floors and restrictions on rain, snow, standing water and extreme weather.
Key Capabilities
- Dry sweeping in manual, automatic and scheduled modes, using side brushes and a roller brush to collect paper scraps, plastic film and other debris.
- AI Cleaning recognises debris and stains and adjusts cleaning mechanism parameters; Ultra Spot Clean uses heatmap data to target high-probability waste areas.
- LiDAR and vision-fusion positioning, 3D LiDAR, RGB/RGB-D cameras and drop sensors support mapping, localisation and obstacle perception.
- Published performance of up to 2,200 m2/hour for cover cleaning and 7,000 m2/hour for spot cleaning, with a 700 mm cleaning width, 35 L dustbin and 0 cm edge-cleaning claim.
- 5-10 hours of runtime, approximately 3.5 hours charging and optional fully autonomous charging through a charging station or workstation.
- Dynamic vehicle, pedestrian and animal avoidance, a physical emergency stop, audible and visual alerts, warning lighting and IP54 protection.
- Cleaning reports, map and task management, scheduled tasks, software upgrades, mobile-app support and PUDU Link integration support operational management.
Applications
- Airports and railway stations: large concourses, service routes and other suitable hardened-floor zones with defined traffic controls.
- Parking garages and transport facilities: repeatable sweeping of flat parking levels, circulation areas and covered approaches.
- Residential courtyards and commercial estates: outdoor or semi-outdoor common areas, walkways and service zones on suitable hardened floors.
- Industrial parks and manufacturing facilities: factory approaches, covered production-adjacent areas and large hard-floor circulation routes.
- Logistics and warehousing sites: depot approaches, loading-zone surroundings and controlled yard routes where surfaces and traffic are assessed.
- Retail and mixed-use developments: shopping-centre exteriors, service areas and pedestrianised hard-floor zones with mapped boundaries.
- Public-sector campuses and civic sites: plazas, municipal facilities and large public routes where weather, crowd and fall risks are controlled.
Why Choose It
- Best fit for buyers that need a dedicated high-capacity sweeper for large hardened-floor sites rather than a compact indoor scrubber.
- Combines high theoretical productivity, a 35 L dustbin, 700 mm path and edge-to-edge sweeping to reduce the frequency of manual passes.
- AI debris recognition, adaptive cleaning and Ultra Spot Clean can focus cleaning effort on areas with a higher probability of waste.
- 3D perception and differentiated avoidance strategies are designed for mixed-traffic environments involving vehicles, pedestrians and animals.
- Long runtime, scheduled tasks, cleaning reports and optional autonomous charging can reduce routine operator touchpoints, although dustbin and consumable maintenance remain manual.
- Buyers should confirm local certification, warranty and service coverage, charging-station requirements, data handling and site suitability for slopes, passages, thresholds, standing water and weather before deployment.
Key Features
Combines 3D LiDAR and multi-sensor fusion with differentiated avoidance for vehicles, pedestrians and animals.
Recognises debris and stains, adjusts cleaning parameters and uses heatmap data to target areas with a higher probability of waste.
Provides up to 2,200 m2/hour cover cleaning, up to 7,000 m2/hour spot cleaning and a stated site coverage of up to 100,000 m2.
Uses a 700 mm sweeping path, 35 L dustbin and a published 0 cm edge-cleaning distance for mixed debris.
Supports scheduled tasks, reports, automatic filter cleaning and optional autonomous recharging for extended operation.
Technical Details
60 Ah; Wh not confirmedAh
<3.5hours
Dry sweeping; manual mode; automatic mode; scheduled tasks; AI Cleaning; Ultra Spot Clean
700mm
Not applicable - dry sweeping robotL
840 x 600 x 675mm
Cover cleaning max. 2,200; spot cleaning max. 7,000m2/hour
5-10; standard mode 8hours
3 degrees maximum while cleaning; 8 degrees in non-cleaning modedegrees
VSLAM + marker positioning + 3D LiDAR SLAM; LiDAR and vision-fusion positioning
<75dB(A)
3D LiDAR, RGB/RGB-D and drop sensors; dynamic vehicle, pedestrian and animal avoidance; emergency stop; audible and visual warnings
Polished concrete, epoxy resin, rubber, regular masonry, ceramic tile and other hardened floors
Not applicable - 35 L dry dustbinL
85kg
Manufacturer
Pudu Robotics
Manufacturer
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