AI-powered Autonomous Cleaning Robot - CC1 Pro - PUDU

The future of professional
cleaning is here

The PUDU CC1 Pro is redefining professional facility care: an autonomous AI-powered robot that detects stains, adjusts its cleaning intensity, and optimizes every run in real time. Versatile and tireless, it delivers consistent cleanliness without human supervision — even in complex environments.

• Spotless cleaning on every pass — never random
• Reduces labor costs associated with repetitive cleaning tasks
• Operates without supervision: schedules, cleans, recharges, and adjusts itself automatically
• Consistent performance, even in large areas and complex layouts
• Minimizes interruptions and safety risks

https://youtu.be/lTxaQZQKYKg

Zero fatigue. Zero oversight.
Zero errors.

The PUDU CC1 Pro isn’t just a cleaning robot — it’s a reliable employee that never gets tired, never forgets, and always delivers the same level of cleanliness.

With combined VSLAM+ and LiDAR technology, it navigates with surgical precision — no reflective tape or floor QR codes required. Its AI system continuously analyzes floor type, dirt levels, and stain characteristics, then automatically adjusts its mode, pressure, and intensity to ensure a perfectly uniform result from start to finish. And if it detects a problem zone — a stubborn stain, a spill, or a cross-contamination risk — it returns instantly to treat it. The CC1 Pro doesn’t just clean — it self-monitors and optimizes every run, for constant, impeccable cleanliness day after day.

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Omnidirectional Perception

Real-time monitoring eliminates inefficient cleaning: the CC1 Pro is equipped with an AI-driven perception system that continuously detects both static and moving obstacles to ensure safe operation and complete cleaning coverage.

Its recognition model evolves constantly, learning to identify an ever-growing range of obstacle types and adapting seamlessly to different environments.

With a cleaning speed ranging from 1,500 to 3,000 m²/h, it delivers faster response times and more efficient coverage.

Technical Specifications