Pudu Robotics Unveils PUDU MT1 Max: A Cutting-Edge AI-Powered Sweeper Robot

Pudu Robotics Unveils the PUDU MT1 Max



In an exciting development in the world of robotics, Pudu Robotics has introduced the PUDU MT1 Max, a cutting-edge 3D perception robotic sweeper tailored for handling the challenges of large and complex cleaning environments. As the newest member of the MT1 series, following the PUDU MT1 and PUDU MT1 Vac, the MT1 Max marks a significant advancement in robotic cleaning with its next-generation 3D spatial awareness, enhanced AI capabilities, and upgraded safety systems, setting new benchmarks for indoor and outdoor cleaning in spaces such as underground garages and semi-open atria.

Enhanced 3D Perception for Smarter Navigation



The PUDU MT1 Max is equipped with advanced 3D LiDAR and multi-sensor fusion technology, allowing it to “understand” complex surroundings with centimeter-level accuracy. It can detect objects up to 150 meters away, interpreting various scenarios—from high ceilings and glass roofs to semi-open spaces and dimly lit environments. Moreover, the robot maintains stable mapping and positioning even in challenging conditions, such as heavy dust, fog, or sandstorms. This enhanced 3D perception enables real-time intelligent route planning, allowing the robot to dynamically navigate, optimize cleaning paths, and proactively avoid vehicles or unexpected obstacles with swiftness and precision.

Improved AI Intelligence for Precision Cleaning



Powered by a dual-chip architecture that doubles computing power, the MT1 Max offers faster detection, more efficient calculations, and stable performance under heavy loads or parallel tasks. The comprehensive integration of hardware and software—paired with sensors, hub motors, side brushes, and roller brushes—facilitates adaptive cleaning strategies. These strategies allow the robot to adjust its cleaning mode based on the weight of dirt and optimize its positioning to effectively collect waste between its side brushes.

AI-driven waste detection now allows the MT1 Max to identify various types of garbage in real time, supported by a self-learning database for improved accuracy. Additionally, the robot utilizes ultra-wide scans and patrol techniques to quickly identify and remove debris, making for a more intelligent and efficient cleaning process.

Exceptional Cleaning Performance with Automatic Filter Maintenance



The MT1 Max retains the MT1's capability to sweep up everything from fine dust and cigarette butts to leaves and beverage bottles in a single pass. It also features an internal vibration system that keeps the filters clean in real-time, preserving suction and filtration efficiency while extending component longevity and reducing the need for frequent manual maintenance. With a cleaning width of 70 cm, a 35-liter waste container, and precise corner cleaning capabilities, the MT1 Max ensures consistently high cleaning performance with minimal downtime in large operations.

Advanced Autonomous Obstacle Avoidance



The MT1 Max incorporates a fully upgraded obstacle avoidance system based on advanced 3D LiDAR technology, offering sharper dynamic perception and heightened environmental awareness. This robot can detect various dynamic obstacles—ranging from vehicles to pedestrians and even small animals—applying tailored evasive strategies. It is programmed to stop at intersections, yield in traffic lanes, or pause in parking zones, ensuring smooth operations without disrupting surrounding traffic.

Multidimensional Safety Enhancements



Designed for reliability in demanding environments, the MT1 Max includes an IP54 rating to protect against dust and water splashes. A raindrop sensor triggers a protection mode in adverse weather conditions, while a 1.2-meter-high beacon with bright lights enhances visibility for pedestrians and drivers, actively contributing to reducing potential risks.

Building on the operational excellence of the MT1, the MT1 Max offers a long runtime with automatic charging for 24/7 operations. It integrates seamlessly with IoT for smooth coordination with smart infrastructure, features remote management tools for real-time monitoring, and boasts exceptional maneuverability in tight or obstacle-filled areas—providing comprehensive coverage even in the most challenging environments.

The launch of the PUDU MT1 Max represents the third model in the MT1 series, following the PUDU MT1 (2024) and PUDU MT1 Vac (2025). With each new addition, Pudu Robotics further expands its portfolio of intelligent cleaning solutions, offering tailored approaches to various spaces, dirt types, and operational needs. This advancement aids businesses worldwide in creating cleaner, safer, and more efficient environments.

For more details about the PUDU MT1 Max, visit Pudu Robotics.

About Pudu Robotics



Pudu Robotics is a global leader in service robotics, committed to enhancing human productivity and living standards through innovative robotic technology. The company focuses on researching, developing, manufacturing, and distributing service robots built on three core technologies: mobility, handling, and artificial intelligence. Pudu Robotics is at the forefront of developing a comprehensive line of specialized semi-humanoid and humanoid robotic products across various industries. Currently, the company offers three product lines: service robots, commercial cleaning robots, and industrial delivery robots used in ten key sectors, including food and beverage, retail, hospitality, healthcare, entertainment and sports, industrial facilities, and education. To date, Pudu Robotics has successfully delivered over 100,000 units to diverse markets and operates in more than 1,000 cities across over 80 countries and regions worldwide. For further updates on business developments, follow Pudu on LinkedIn, Facebook, YouTube, Twitter, and Instagram.

Topics Consumer Technology)

【About Using Articles】

You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.

【About Links】

Links are free to use.