Hospital Logistics · Products

HolaBot Healthcare Delivery Robot

HolaBot represents Pudu Robotics’ flagship high-capacity delivery platform engineered specifically for demanding healthcare and commercial environments. With 60kg payload capacity, IP67 waterproof rating, and integrated pager functionality, HolaBot addresses the unique requirements of hospital logistics including bulk medication delivery, meal distribution, and laboratory specimen transport.

Product Overview

Developed as Pudu’s first multi-scenario delivery robot, HolaBot targets environments requiring substantial payload capacity and strict hygiene protocols. The platform emerged from lessons learned during COVID-19 hospital deployments, where earlier models demonstrated the need for higher capacity, improved contamination resistance, and dedicated communication features for clinical workflows.

Unlike consumer-oriented delivery robots, HolaBot prioritizes functional capacity over aesthetic appeal. The aviation-grade aluminum alloy construction and industrial-grade components support continuous operation in high-traffic hospital corridors while maintaining the payload stability essential for medical supply transport.

Key Features

For hospital medication and supply delivery, Pudu Robotics’ HolaBot carries up to 60 kg across four trays with IP67 waterproofing, LoRa pager integration, and 12-hour battery life.

  • High Payload Capacity: 60kg total capacity distributed across four large trays (15kg per tray), volume of 120L accommodates bulk medication deliveries, meal carts, and supply restocking
  • Adjustable Tray Configuration: Detachable trays with five adjustable height levels enable customization for specific cargo types including IV bags, medication bins, and food containers
  • IP67 Waterproof Rating: Full dust protection and temporary immersion resistance supports deployment in areas requiring frequent cleaning and disinfection
  • Pager Integration: Dedicated LoRa communication system with 1.3-inch TFT LCD pager enables staff to summon and assign tasks from any location within facility coverage
  • Voice Recognition: “Hola Hola” wake word with 6-array omnidirectional microphone for real-time sound source localization and intelligent response
  • Contactless Operation: Touch-free task assignment and delivery confirmation reduces infection transmission risk in clinical settings

Technical Specifications

For hospital medication and supply delivery, HolaBot’s 60 kg payload spreads across four 15 kg trays in a 120 L body, navigating up to 3,000 m² at 1.2 m/s.

ParameterSpecification
Dimensions54.2 × 53.4 × 122.8 cm
Weight55 kg
Payload Capacity60 kg (15 kg per tray)
Volume120 L
Speed0.2 - 1.2 m/s (adjustable)
Battery Life12 hours (empty)
Charging Time4.5 hours
MaterialABS / Aviation-grade aluminum alloy
NavigationLiDAR + 3D camera + infrared sensors
ConnectivityWi-Fi, Bluetooth, LoRa
Display10.1-inch touchscreen
Waterproof RatingIP67
Coverage AreaUp to 3,000 m²

Clinical Applications

HolaBot addresses multiple hospital logistics workflows:

Pharmacy Delivery: Transport medications from central pharmacy to nursing stations and patient wards, supporting scheduled distribution rounds and urgent medication requests via pager system.

Meal Distribution: Bulk meal delivery from central kitchen to patient floors, with adjustable tray configuration accommodating standard hospital meal containers and special diet requirements.

Laboratory Specimen Transport: Enclosed tray option supports specimen pickup from collection points to central laboratory, maintaining chain of custody documentation through digital logging.

Medical Supply Restocking: Periodic delivery of supplies from central stores to department storage areas, reducing manual cart pushing and enabling staff reallocation to patient care activities.

Waste and Linen Collection: Return trip utilization for collecting soiled linens, recyclables, and non-hazardous waste materials from designated collection points.

Regulatory Status

RegionStatusNotes
ChinaCommercialNot classified as medical device
EuropeCE MarkedCommercial electronics certification
United StatesCommercialNot FDA regulated

HolaBot is classified as commercial service equipment rather than a medical device in major markets. The robot does not directly interact with patients or perform diagnostic/therapeutic functions, placing it outside medical device regulatory frameworks. Products comply with applicable electrical safety, EMC, and commercial robotics standards.

Deployment Considerations

Hospital deployment requires integration with facility infrastructure including elevator systems, automatic doors, and access control. Pudu provides site assessment services to map navigation zones, establish charging station locations, and configure delivery routes optimized for specific facility layouts.

The PUDU SCHEDULER fleet management system coordinates multiple robots operating simultaneously, automatically distributing tasks based on robot location, battery status, and current workload. The PUDU CLOUD platform enables remote monitoring, analytics, and maintenance scheduling across distributed installations.

Frequently Asked Questions

What payload can HolaBot handle?

HolaBot supports up to 60kg total payload distributed across four trays (15kg each). The 120L volume capacity accommodates standard hospital supply bins, medication carts, and meal containers. Adjustable tray heights enable configuration for specific cargo dimensions.

Is HolaBot suitable for sterile environments?

HolaBot’s IP67 rating supports deployment in areas requiring frequent cleaning and disinfection. However, the robot is not designed for operation within sterile fields (operating rooms, isolation rooms with positive pressure). Primary use cases include corridor delivery, nursing station supply, and non-sterile clinical areas.

How does the pager system work?

HolaBot includes dedicated LoRa-based pager devices that staff can use to summon the robot from any location within facility coverage. The 1.3-inch LCD screen displays robot status and enables task assignment without requiring smartphone apps or computer access.

Last modified: January 16, 2026

Sources

Publicly available references used for the data on this page. See data methodology for verification standards.