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KettyBot Delivery & Reception Robot with an Ad Display

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Future Intelligent Delivery Service
Flashbot is Pudu's latest building delivery robot that can take the elevator to provide safe and reliable room delivery. Powered by cutting-edge technologies, FlashBot takes intelligent delivery to the next level, enabling digital management and services of hotels and office buildings.

Compact Design for Improved Agility
KettyBot continues the minimalist design concept of Pudu Technology. The compact size and forward-leaning C-shaped body allow the robot to go through a clearance of only 55cm, making it an ideal choice in complex and crowded environments

Marketing Expert on Wheels
Centered ad display perfectly adapts to the customer's angle of view. The ad display can display promotional materials in the customized zone, providing a more eye-catching approach for marketing.

Automatic Navigation Planning
Laser & visual dual navigation solution helps to detect obstacles more accurately, making the robot safer.

Impressive Auto-charging Function for All-day-long Service
KettyBot automatically provides a voice alert and UI notification when the battery is low, and returns to the docking station

Multi-robot Cooperation for Higher Efficiency
Powered by PUDU Scheduler system, the KettyBot can directly communicate with any robot in the same network.

 

Frequently Asked Questions 

How do autonomous delivery robots navigate between different floors in a building?
Modern building delivery robots are engineered with advanced integration capabilities that allow them to communicate directly with elevator systems. This technology enables the robot to autonomously call the lift, select the correct floor, and exit safely to provide reliable room delivery. By utilizing digital management tools, these units streamline logistics in hotels and office buildings, ensuring that items are moved efficiently across multiple levels without the need for human intervention.

What features allow commercial service robots to operate safely in crowded or narrow environments?
To handle complex and busy settings, high-end service robots feature a minimalist and compact design, often utilizing a specialized frame that allows them to pass through clearances as narrow as 55 centimeters. This agile construction, combined with a forward-leaning body shape, ensures the robot can maneuver through tight corridors and around pedestrians without causing disruptions. These design choices make them an ideal solution for high-traffic environments where space is at a premium.

Can intelligent service robots be used for in-store marketing and advertising?
Many modern delivery robots double as mobile marketing experts by incorporating centered advertisement displays that are positioned perfectly for a customer’s angle of view. These displays allow businesses to showcase promotional materials and customized content in high-traffic zones, providing a more eye-catching approach to brand engagement. By combining delivery tasks with digital signage, these robots help businesses capture consumer attention and drive sales more effectively than static displays.

What technologies do autonomous robots use to detect and avoid obstacles?
Safety and precision are maintained through a sophisticated dual navigation solution that integrates both laser and visual sensors. This hybrid system allows the robot to map its surroundings in real-time and detect obstacles with extreme accuracy, facilitating safer path planning. By constantly analyzing the environment, the robot can make split-second decisions to avoid collisions, ensuring a secure experience for both the robot and the people working around it.

How do autonomous service robots manage their battery life during long work shifts?
To ensure all-day-long service without manual intervention, these robots are equipped with an intelligent auto-charging function. When the system detects that the battery is low, it automatically provides a voice alert and a notification on the user interface before navigating itself back to its docking station. This self-sustaining capability ensures that the delivery service remains operational around the clock, as the robot proactively manages its own power requirements.


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