PUDU Pudubot 2 Universal Delivery Robot

PUDU Pudubot 2 Universal Delivery Robot

Pudu positions PuduBot 2 as a “universal” delivery platform that inherits core capabilities from earlier PuduBot models while adding upgraded navigation, perception, chassis stability, and workflow tools intended for broader deployment across industries.

In service operations, delivery robots such as PuduBot 2 are typically deployed to reduce repetitive staff walking, improve throughput during peak periods, and support more predictable delivery routines. Pudu’s product materials emphasize that PuduBot 2 is designed for multi-scenario “intelligent deliveries” with higher performance and reliability in dynamic indoor spaces.

Design and Features

Modular, adjustable tray system

PuduBot 2 is built around adjustable trays intended to match different carrying needs and venue layouts. Its published configuration details include a tray size of 500 × 432 mm, up to 13 kg per tray, and up to 40 kg total payload (depending on configuration and safety settings).
This tray-based approach supports common hospitality workflows such as:

• Multi-table delivery (serving several destinations in one run)

• Batch delivery (kitchen → multiple zones)

• Dish return / collection workflows in some venues (via configured modes)

Multi-modal operating modes for service environments

PuduBot 2 supports multiple delivery modes designed around restaurant and service patterns, including Delivery Mode, Cruise Mode, Dish Return Mode, and Birthday Mode, with easy mode switching depending on the venue’s desired customer experience and operational flow.

Calling and notification tools

For dispatching and staff coordination, Pudu markets PuduBot 2 as compatible with Pudu Watch, Pudu Pager, and Pudu Link, enabling “one-click” task assignment and arrival notifications (for example, notifying guests when the robot arrives at a destination).

Automatic charging and “standby” operation

PuduBot 2 is designed to auto-recharge without manual intervention, returning to a charging station when scheduled or when the battery drops below a defined threshold. This design is intended to support longer daily utilization and reduce staff touchpoints.

Durable, enclosed chassis and environmental resistance

Pudu’s product introduction describes a fully enclosed machine design intended to better resist dust and water exposure in day-to-day commercial use, with an IP42 rating noted in the product deck.
The platform also highlights an “industry-leading chassis system” and improved stability for uneven or bumpy floors, reflecting the operational reality of mixed surfaces in restaurants, malls, and corridors.

Technology and Specifications

Navigation: PUDU VSLAM+ and Laser SLAM (and fusion options)

PuduBot 2 is marketed around PUDU VSLAM+ and Laser SLAM, with product documentation indicating it can support Laser SLAM, VSLAM+, or a fusion approach depending on scenario needs.
Pudu emphasizes marker-less deployment (reducing deployment time) and the ability to operate in high-ceiling environments up to 30 meters, along with extra-large scene mapping up to 40,000 m².

Dual LiDAR perception and obstacle handling

The product introduction highlights a dual-LiDAR system providing 360° sensing, with the upper LiDAR focused on distance detection and the lower LiDAR focused on ground detection (including low obstacle detection).
This perception approach is designed to support safe navigation around tables, chair legs, and unpredictable foot traffic typical of customer-facing venues.

Core published specifications (from product introduction)

Commonly published PuduBot 2 specifications include:

• Dimensions: 580 × 535 × 1290 mm

• Machine weight: 39 kg

• Tray size: 500 × 432 mm

• Single tray load: up to 13 kg

• Maximum total load: 40 kg

• Battery life: 10–24 hours (depending on workload and mode)

• Charging time: about 3 hours

• Cruise speed: 0.5–1.2 m/s (adjustable)

• Minimum path clearance: 80 cm

• Obstacle negotiation height: 10 mm

• Climbing angle: ≤ 5°

• Dispatching maximum: up to 20 robots in one environment (multi-robot collaboration)

• Charging: wired or automatic docking

Software platform and integrations

Pudu’s materials reference PUDU OS as an operating system platform and note support for third-party development and integration via open SDK/API concepts.
The product deck also describes the ability to safely pass through e-gates or electric glass doors via automated pass-through integrations in supported deployments.

Applications and Use Cases

Restaurants and cafés

PuduBot 2 is frequently deployed in table service environments to deliver dishes from kitchen pass-through areas to table zones and to support dish return routines. The multi-mode design (delivery, cruise, dish return, birthday) is aimed at integrating into different restaurant styles—from casual dining to larger, high-turnover venues.

Hotels, resorts, and entertainment venues

In hospitality and leisure environments, the robot can be used for internal delivery between service points, and “cruise” or “notification” behaviors can be used to improve visibility and guest interaction during service peaks.

Retail and supermarkets

Retail applications often focus on staff support tasks (moving small goods or supplies) and customer-facing assistance (presence and guidance), especially where stores have wide aisles and consistent traffic patterns. Pudu’s own “multi-industry coverage” examples include retail and supermarkets among target scenarios.

Offices, clinics, and internal facility logistics

For offices and clinics, the value proposition is usually repetitive corridor transport—moving items between stations—where staff time savings and consistency can justify deployment in larger facilities.

Advantages / Benefits

Faster deployment and broad environment adaptability

Marker-less VSLAM+ positioning, high-ceiling support, and large-area mapping are presented as ways to reduce deployment friction and improve adaptability across varied commercial interiors.

Operational efficiency and labor optimization

By automating routine walking and carrying tasks, PuduBot 2 can help venues keep staff focused on customer service, exception handling, and quality control—particularly during peak service hours.

Safer navigation and more reliable operation in crowds

Dual-LiDAR 360° perception, adjustable speed, and obstacle handling specs are designed to support safer operation in busy environments, where sudden pedestrian movement and furniture changes are common.

Scalable multi-robot dispatch

Pudu describes multi-robot collaboration and dispatching up to 20 robots in one environment, supporting scale-up in large venues or multi-zone operations.

FAQ 

What is the PUDU PuduBot 2 Universal Delivery Robot?

PuduBot 2 is an indoor autonomous delivery robot designed to transport items on adjustable trays in commercial environments such as restaurants, retail stores, hotels, and offices.

How does the PuduBot 2 work?

It navigates using PUDU VSLAM+ and Laser SLAM (with optional fusion approaches), detects obstacles using dual LiDAR 360° sensing, and completes tasks in modes such as Delivery, Cruise, Dish Return, and Birthday.

Why is PuduBot 2 important?

It helps automate repetitive indoor delivery tasks, improving service throughput and reducing staff walking, while providing reliable navigation for dynamic, customer-facing environments.

What are the benefits of the PuduBot 2?

Commonly cited benefits include up to 40 kg payload, 10–24 hour battery life, auto-recharging, multi-mode operation, and marker-less deployment via VSLAM+.

Summary

The PUDU PuduBot 2 Universal Delivery Robot is a modular, SLAM-navigating indoor service robot designed to automate last-meter transport across restaurants and other commercial venues. With an adjustable tray system (up to 40 kg total load), dual-LiDAR 360° perception, PUDU VSLAM+ & Laser SLAM positioning, multi-mode workflows, and auto-recharging support, PuduBot 2 is positioned as a broadly deployable delivery platform for organizations seeking consistent, scalable service automation