Pudu Holabot (HolaBot)

Pudu Holabot (HolaBot)

Pudu describes HolaBot as “a delivery robot that features pager and notifications” and emphasizes its use across food service, medical, office, and other fields.

A defining characteristic of HolaBot is its focus on high capacity: many product documents and resellers highlight 60 kg carrying capacity and 120 L volume, supported by four large trays and an IPX5 waterproof inner cabin intended to handle the wet, spill-prone realities of dish collection and busy commercial service.

Design and Features

High-capacity four-tray architecture

HolaBot is commonly described as having four large trays configured to carry both clean items (delivery) and used items (collection/bussing). This multi-level structure enables batching—serving or collecting multiple tables per run—reducing the number of back-and-forth trips during peak periods.

Capacity is often expressed both by weight (up to 60 kg) and volume (about 120 L), which is particularly relevant for bussing tasks where objects can be bulky but not necessarily heavy (stacked plates, trays, cups, or disposable waste).

IPX5 waterproof inner cabin for bussing environments

Pudu and multiple third-party references describe HolaBot with an IPX5 waterproof inner cabin, intended to resist splashes and simplify sanitation after collecting wet dishes or operating near drink stations. This feature is frequently cited as a practical differentiator versus tray-only delivery robots that are less optimized for wet collection tasks.

Pagering (calling) and notification workflow

HolaBot is marketed with a pager/calling function that allows staff to summon the robot and assign tasks without walking to a terminal. In busy service venues, this supports “call the robot when needed” workflows, particularly for dish return or table clearing. Pudu notes that pagers may be optional accessories depending on the deployment.

Contactless “Air Motion” interaction

Pudu describes Air Motion as an interaction feature that avoids button presses, positioning it as a more hygienic and efficient interface for staff in fast-paced environments.

Voice recognition and sound tracking (“Hola Hola”)

HolaBot is promoted with “Hola Hola” voice recognition and sound source localization using a 6-microphone omnidirectional array. In product brochures, this is framed as the robot turning toward the caller and supporting faster, hands-free dispatch—useful when staff are carrying items or wearing gloves.

Technology and Specifications

Navigation and obstacle avoidance

HolaBot is commonly described as using Laser SLAM and Visual SLAM (often presented as dual solutions), with additional depth perception to enable safer movement around people and furniture in dining rooms and corridors. Product materials reference 3D obstacle avoidance supported by RGBD depth cameras (including RealSense™ RGBD in some brochures).

Representative technical specifications (commonly published)

Published specifications vary slightly across sources and revisions, but commonly cited figures include:

• Dimensions: ~541 × 531 × 1226 mm

• Weight: typically 55–60 kg

• Carrying capacity: up to 60 kg (often stated as 15 kg per tray)

• Volume: about 120 L

• Speed: 0.5–1.2 m/s (adjustable)

• Charging time: about ~4.5 hours

• Runtime: commonly cited up to ~12 hours, with some sources describing extended operation using replaceable batteries or operational cycling

• Network/Connectivity: references commonly include Wi-Fi and sometimes 4G support depending on configuration

Note on battery figures: Some listings cite specific battery capacities (e.g., 25.6 Ah) and describe replaceable battery concepts; actual configuration can vary by region and package.

Safety and usability considerations

HolaBot’s value in real venues depends on safe motion in crowded spaces: speed limiting, collision avoidance behaviors, and conservative turning profiles are typically configured during commissioning to match the venue’s layout and service style. Pudu provides manuals and training materials via its documentation portal.

Applications and Use Cases

Restaurants and high-turnover dining (delivery + bussing)

HolaBot is strongly associated with table bussing and dish return, where its waterproof cabin and high capacity support collecting plates and waste during peak service. This can shorten table reset times and reduce staff fatigue from constant back-and-forth trips.

Food courts and large venues

In food courts and large dining halls, operators often value the ability to batch tasks across multiple zones. The four-tray layout supports multi-stop routes and higher throughput under heavy demand.

Healthcare and clinics (internal transport)

Pudu and distributors also present HolaBot for medical and office transport scenarios where contactless delivery or internal movement of items can reduce staff walking and support basic logistics workflows (non-critical items).

Offices, hotels, and light industrial settings

Some integrators position HolaBot for internal delivery in offices and certain industrial environments—particularly where a high-capacity, robust platform is useful and where indoor routes are predictable.

Advantages / Benefits

High carrying capacity and large volume

The most frequently cited advantage is its combination of 60 kg payload and 120 L volume, which can materially reduce the number of trips required for dish collection and internal transport.

Spill-tolerant design for real service conditions

The IPX5 waterproof inner cabin is a practical feature for bussing, where wet dishes and accidental spills are common. This design emphasis supports easier cleaning and potentially longer service life in demanding environments.

Faster task dispatch through pager and voice interaction

Pagering/calling workflows and “Hola Hola” voice recognition are aimed at reducing friction for staff—especially when hands are occupied—by enabling on-demand robot dispatch and contactless interaction.

Improved operational rhythm during peaks

By taking over repetitive carrying and collection runs, HolaBot can help staff focus on guest-facing tasks (order taking, issue resolution, hospitality) while the robot handles predictable routes. This is often the core business case in restaurants with labor constraints or long walking distances.

FAQ 

What is Pudu HolaBot (HolaBot)?

Pudu HolaBot is an indoor autonomous delivery and collection robot designed for high-capacity service tasks, commonly used for restaurant delivery and table bussing with four trays and a waterproof cabin.

How does Pudu HolaBot work?

HolaBot navigates autonomously using SLAM-based navigation (often described as Laser SLAM and Visual SLAM) and uses 3D perception to avoid obstacles. Staff can dispatch it via pager/calling functions, contactless gestures, or voice interaction (“Hola Hola”).

Why is Pudu HolaBot important?

It targets a core operational bottleneck in busy venues—repetitive carrying and dish collection—by providing high capacity (commonly cited 60 kg / 120 L) and spill-tolerant design for faster turnover and reduced staff walking.

What are the benefits of Pudu HolaBot?

Commonly cited benefits include high capacity (up to 60 kg), large volume (120 L), IPX5 waterproof inner cabin, adjustable speed, and on-demand dispatch via pager and voice recognition.

Summary

Pudu HolaBot is a high-capacity indoor service robot designed to automate repetitive delivery and collection tasks in commercial environments, especially restaurants with heavy bussing demands. With widely cited specs such as four trays, up to 60 kg payload, about 120 L volume, and an IPX5 waterproof inner cabin, HolaBot is positioned to improve turnover efficiency and reduce staff walking during peak operations, while supporting dispatch through pager, gesture, and voice-based interaction.