PUDU MT1

The PUDU CC1 Pro represents a fundamental breakthrough in commercial cleaning automation by introducing AI-driven, closed-loop autonomy into a category that has historically relied on preset programs and manual quality control. As the first cleaning robot in its class to apply artificial intelligence across perception, decision-making, execution, and verification, the CC1 Pro transforms cleaning from a repetitive task into an intelligent, self-optimizing operational system. Unlike conventional cleaning robots that execute predefined routes regardless of actual conditions, the CC1 Pro continuously perceives its environment and evaluates cleaning outcomes in real time. Equipped with the industry’s first rear-mounted AI camera for commercial cleaning robots, it detects liquid stains, recognizes floor cleanliness and surface types, verifies cleaning effectiveness, and automatically re-cleans missed areas. Cleaning results are visualized through heat maps, enabling transparent performance assessment and effective human–robot collaboration. This closed-loop design ensures consistent results while reducing reliance on manual inspection. The CC1 Pro further innovates through adaptive cleaning strategies driven by AI. It dynamically adjusts scrubbing power, water usage, and runtime based on dirt levels and floor materials, applying vacuuming, sweeping, or deep scrubbing as needed. In AI-driven spot scrubbing mode, the robot autonomously identifies wet or heavily soiled areas and performs targeted cleaning, achieving up to three times higher productivity compared to uniform cleaning approaches. Debris distribution heat maps provide actionable insights, helping facilities optimize cleaning schedules and resource allocation. Beyond surface cleaning, the CC1 Pro is the first commercial cleaning robot capable of autonomous component self-monitoring using visual recognition. It detects abnormal conditions such as contaminated brushes or squeegees that may cause streaking or residue, triggers re-cleaning when necessary, and alerts staff to maintenance needs—preventing secondary pollution and ensuring stable cleaning quality. Powered by PUDU VSLAM+, combining Visual SLAM and LiDAR SLAM, the robot navigates dynamic, high-traffic environments without ceiling markers and adapts seamlessly to layout changes. With an effective cleaning range of 5,000–8,000 square meters per operation, enterprise-grade durability, and compliance with IEC 63327 standards, the PUDU CC1 Pro establishes a new benchmark for intelligent facility management. It is not an incremental improvement, but a new AI-native cleaning paradigm that redefines how large commercial and industrial spaces maintain cleanliness at scale. | The PUDU MT1 introduces a fundamentally new approach to large-scale facility cleaning by shifting from route-based automation to AI-driven, demand-responsive operation. Designed for expansive environments such as warehouses, manufacturing plants, and big-box retail spaces, the MT1 redefines how cleaning tasks are executed across areas exceeding 100,000 square meters, where traditional manual labor and conventional robotic cleaners struggle with inefficiency, redundancy, and high operating costs. At the core of the MT1 is AI-powered trash recognition, enabling the robot to visually identify and classify waste in real time. Unlike conventional cleaners that follow predefined routes regardless of actual need, the MT1 activates cleaning only when trash is detected. This creates a new operational logic—cleaning on demand rather than cleaning by repetition—significantly reducing unnecessary movement, energy consumption, and wear while improving overall efficiency. Its wide scanning field of view enables smart spot cleaning, allowing the robot to patrol large areas continuously and respond immediately to detected debris. The MT1’s autonomy is reinforced by the combined use of LiDAR SLAM and VSLAM, delivering full-space awareness and reliable navigation in dynamic, large-scale environments. The robot adapts seamlessly to layout changes, moving obstacles, and mixed indoor or semi-outdoor spaces without requiring fixed infrastructure. With a 70 cm-wide cleaning path and a 35-liter trash bin, the MT1 handles debris ranging from fine dust to large objects such as bottles in a single pass, minimizing manual intervention. Advanced dust control using high-flow negative pressure and filtration prevents secondary pollution, supporting healthier working environments. Built for continuous operation, the MT1 navigates narrow passages down to 75 cm, overcomes small obstacles and gaps, and operates up to 6 hours on a single charge, enabling 24/7 cleaning when paired with its charging dock. IoT integration allows interaction with elevators and gates for multi-floor operations, while remote monitoring provides real-time status, visualized cleaning reports, and alerts. Together, these capabilities position the PUDU MT1 not as an incremental improvement, but as a new intelligent system for managing cleanliness at scale.