PUDU MT1 Max Al-powered 3D Perception Robotic Sweeper (10252-000003)

 PUDU MT1 Max Al-powered 3D Perception Robotic Sweeper (10252-000003)

The MT1 Max is built for dry sweeping and routine debris pickup—ranging from fine dust and grit to larger litter—using a wide cleaning path and a large waste container. Pudu’s published materials also highlight “Magic Cleaning” functions (AI trash recognition, adaptive cleaning, and spot cleaning) and 24/7 continuous operation supported by rapid charging and auto-docking workflows.

Design and Features

Large-area sweeping platform

The MT1 Max is designed around high-throughput coverage for expansive facilities. Pudu states it can cover up to 100,000 m², a scale aligned with large venues and multi-zone sites where baseline cleanliness must be maintained across long routes and variable foot/vehicle traffic.

Wide cleaning width and edge-to-edge cleaning

A core performance feature is a 70 cm sweeping width (with side brush) and a marketed 0 cm edge-to-edge cleaning capability, intended to reduce missed debris along walls, curbs, and aisle boundaries—common problem areas in commercial sweeping.

Large waste container and mixed-debris pickup

The MT1 Max uses a 35 L trash bin to reduce emptying frequency during long patrols. Pudu also describes the robot as capable of removing “everything from cigarette butts and paper scraps to large bottles in a single sweep,” reflecting an emphasis on handling both fine and bulky waste in routine operations.

Automatic filter cleaning to reduce maintenance

Pudu highlights an automatic filter cleaning function designed to keep filtration performance stable with less manual intervention. In dry sweeping, consistent filter performance can be important for maintaining suction/airflow and reducing dust recirculation during extended shifts.

Intelligent active interaction and safety signaling

The MT1 Max is marketed with “intelligent active interaction,” combining structural protection with audible/visual alerts. Pudu also lists IP54 sealing and a water-drop sensor concept intended to detect droplets and trigger protective avoidance behavior. A 1.2-meter warning light and projection/safety lighting are described as visibility features for mixed pedestrian and vehicle environments.

Technology and Specifications

3D perception system and navigation stack

A primary differentiator for the MT1 Max is its 3D perception integration, described as 3D LiDAR + multi-sensor fusion. Pudu positions this as enabling accurate mapping, real-time obstacle detection, and stable navigation in challenging conditions such as high ceilings, nighttime/low light, or heavy interference (e.g., dust, fog, reflective surfaces, and open semi-outdoor areas).

Pudu’s MT1 Max product overview lists the navigation method as VSLAM + Marker + 3D LiDAR SLAM, indicating a hybrid localization approach that combines visual mapping with marker support and LiDAR-based SLAM for robustness across different environments.

“Magic Cleaning” AI architecture

Pudu describes the MT1 Max as using a dual-chip (dual-SoC) architecture to increase computing capacity and add redundancy. This is presented as the foundation for AI features such as trash recognition, AI adaptive cleaning, and spot cleaning—functions intended to adjust cleaning behavior based on debris type and distribution rather than treating all areas uniformly.

Published technical specifications (manufacturer and retailer sources)

The following specifications are listed on Pudu’s MT1 Max product page and reflected in retailer documentation:

• Dimensions (L×W×H): 840 × 600 × 675 mm

• Weight: 85 kg

• Cleaning capability: Sweeping

• Cleaning performance: Cover cleaning max 2200 m²/h; spot cleaning max 7000 m²/h

• Run-time: 5–10 hours (with standard mode 8 hours)

• Charging time: < 3.5 hours

• Battery capacity: 60 Ah

• Cruise speed: 0.2–1.2 m/s (adjustable)

• Cleaning width: 70 cm (with side brush)

• Waste container capacity: 35 L

• Navigation: VSLAM + Marker + 3D LiDAR SLAM

Obstacle avoidance in mixed pedestrian and vehicle zones

Pudu highlights upgraded obstacle avoidance behaviors, including dynamic vehicle avoidance (e.g., stopping to let vehicles pass, pausing at lane entrances, edging aside) and fast responses to sudden “pop-out” movements from pedestrians or animals. This aligns with the MT1 Max’s stated focus on complex, semi-outdoor, and traffic-adjacent environments such as garages and courtyards.

Applications and Use Cases

Parking garages and semi-outdoor facilities

Retail descriptions explicitly position the MT1 Max for parking garages and other semi-outdoor areas where lighting, surface reflectivity, dust, and mixed traffic can challenge conventional indoor robots. The 3D perception system is promoted as improving navigation reliability under those conditions.

Residential courtyards and multi-building campuses

Large residential complexes often require continuous cleanup of leaves, grit, and general litter across corridors, covered walkways, and entrance areas. The MT1 Max’s wide sweeping width, large bin, and long run-time support extended routes with fewer stops.

Logistics corridors, loading zones, and large commercial footprints

In commercial settings with repeated debris accumulation (packaging fragments, dust, tracked-in grit), the MT1 Max’s focus on dry sweeping and automated operation is intended to maintain baseline cleanliness while staff prioritize exceptions, safety checks, and detailed cleaning tasks.

Public venues with variable conditions

For large public facilities that experience periodic surges—events, commuting peaks, weather-related track-in—the MT1 Max’s “AI adaptive cleaning” concept is designed to adjust behavior based on debris type and cleaning context, emphasizing efficiency without constant manual retuning.

Advantages / Benefits

More robust navigation via 3D perception

By combining 3D LiDAR with multi-sensor fusion and a hybrid SLAM stack, the MT1 Max is positioned for environments that are difficult for purely 2D or vision-only systems, including high ceilings, low-light operation, and interference-heavy settings.

Higher productivity through wide coverage and spot-cleaning throughput

The MT1 Max pairs a 70 cm cleaning width with published performance ratings of up to 2200 m²/h for coverage cleaning and up to 7000 m²/h for spot cleaning. In facilities management terms, this supports a common deployment pattern: continuous patrol for baseline cleanliness plus targeted response for detected debris clusters.

Reduced routine intervention

Key features that reduce staff touchpoints include the 35 L waste container, automatic filter cleaning, and an operating concept built around rapid charging and auto-docking for “24/7” readiness.

Safety and visibility for mixed-use spaces

Vehicle-aware behaviors, audible/visual signaling, and safety lighting are designed to support operations in spaces shared with pedestrians, carts, and vehicles—an area where facility buyers often prioritize predictable interaction over maximum speed.

FAQ 

What is the PUDU MT1 Max AI-powered 3D Perception Robotic Sweeper (10252-000003)?

The PUDU MT1 Max is an autonomous AI-powered robotic sweeper designed for large-scale commercial and semi-outdoor environments, using 3D LiDAR + multi-sensor fusion and hybrid SLAM navigation to sweep debris into a 35 L waste container.

How does the PUDU MT1 Max work?

It navigates with VSLAM + Marker + 3D LiDAR SLAM, detects obstacles in real time using a 3D perception system, and performs sweeping with a 70 cm cleaning width. Pudu also describes AI functions for trash recognition and adaptive/spot cleaning behaviors.

Why is the PUDU MT1 Max important for facilities management?

It is designed to provide consistent, automated dry sweeping across large areas—especially in complex spaces like garages and courtyards—while reducing routine intervention through features such as automatic filter cleaning, a large bin, and long run-time.

What are the benefits of the PUDU MT1 Max?

Commonly cited benefits include 3D perception for robust navigation, wide 70 cm sweeping, a 35 L waste container, published performance up to 2200 m²/h (coverage) and 7000 m²/h (spot cleaning), and 5–10 hours of run-time with rapid charging.

Summary

The PUDU MT1 Max AI-powered 3D Perception Robotic Sweeper (10252-000003) is a large-area autonomous sweeping robot that combines 3D LiDAR-based perception, hybrid SLAM navigation, and AI-driven cleaning behaviors to operate reliably in complex commercial and semi-outdoor environments. With a 70 cm sweeping width, 35 L waste capacity, and published performance figures for both coverage and spot cleaning, the MT1 Max is positioned as a scalable solution for facilities that require continuous dry cleaning with reduced routine labor and predictable safety interactions.