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Catalog: Commercial Service Robots

Model:

AISIR-0022

High-Payload Indoor Delivery Robot: Sustained Food Transport for Commercial Venues

The autonomous commercial delivery robot is designed for high-payload food transport and item delivery in commercial venues. With a 40 kg total payload across four tray layers, up to 18 hours of battery life per charge, and an independent suspension chassis designed for shock absorption, the High-Payload Indoor Delivery Robot fits into restaurant, hotel, hospital, and office environments where sustained delivery volume and load capacity matter. AIsirRobot provides model selection, system integration, deployment, and after-sales coordination as a single point of contact for your delivery automation project.

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Quick Fit Summary

Item	Details
Best-fit environments	Restaurants, hotel dining, hospital wards, office buildings, food courts
Core differentiator	40 kg payload + up to 18 h battery + adjustable tray heights + independent suspension chassis
Key limitations	Cannot navigate stairs; requires stable network; minimum aisle width 70 cm; charging dock not included in standard configuration
Site requirements	Flat floors, ≤ 5° slope, minimum 70 cm aisle width, stable Wi-Fi or 4G coverage
Project-dependent specs	Screen size, sensor configuration, navigation technology, battery type/capacity, IP rating, certifications

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Core Features

3D Perception & Obstacle Avoidance

3D perception technology detects obstacles in real time and enables the robot to adjust routes for stable indoor operation.

40 kg Payload Capacity

Four tray layers support up to 40 kg total load (10 kg per tray), enabling efficient multi-item food and material delivery.

Adjustable Tray Heights

Flexible tray positions adapt to different plate, bowl, and container sizes for various delivery requirements.

Integrated Touchscreen Control

The built-in touchscreen allows staff to set destinations, monitor status, and manage delivery tasks.

Independent Suspension Chassis

CAE-designed independent suspension improves shock absorption and ensures smoother movement across indoor surfaces.

Automatic Charging & Long Battery Life

Supports automatic docking charging with up to 18 hours operation per charge under specified conditions.

Navigation & Mapping

Builds indoor maps through spatial data collection for autonomous navigation and route planning.

AI Route Optimization & Multi-Robot Scheduling

AI-based scheduling optimizes delivery routes and coordinates multiple robots to reduce congestion.

Application Scenarios

Restaurants and Restaurant Chains

The High-Payload Indoor Delivery Robot supports high-volume food delivery with a 40 kg payload capacity, reducing delivery trips and helping servers focus on customer service.

Hotels with Restaurant Operations

The robot assists with breakfast and dining service by handling repetitive delivery tasks during peak periods. Its aisle compatibility should be verified based on hotel layouts.

Hospitals and Healthcare Facilities

The robot supports transport of meals, documents, and non-sterile supplies, helping reduce repetitive logistics tasks for healthcare staff. Deployment should consider hygiene and facility requirements.

Office Buildings and Corporate Campuses

The robot enables automated delivery of documents, parcels, and catering items across office areas, supporting scheduled and on-demand internal logistics.

Technology and Specification Guide

Confirmed Specifications Project-Dependent Specifications Service Scope High-Payload Indoor Delivery Robot Compares to Other Indoor Delivery Options ROI Framework System Integration Capabilities Site & Project Readiness Checklist

Deployment Process

AIsirRobot coordinates the deployment lifecycle — from requirements assessment to operational handover. The process may include remote or on-site support depending on project scope: site evaluation, route mapping, sensor calibration, mode configuration, integration testing, and staff training.

Quality Control

AIsirRobot coordinates pre-shipment quality testing with the manufacturer, including navigation system verification, sensor calibration, battery performance check, touchscreen functionality confirmation, and tray system inspection.

Acceptance Process

On-site or remote acceptance follows a structured protocol:

Route verification— The robot navigates all mapped delivery routes under supervision
Payload testing— Tray loading and unloading is tested with representative items
Integration testing— POS, elevator, and door integrations are tested where applicable
Touchscreen and interaction testing— Screen interaction and navigation functions are verified
Staff training— Designated team members complete hands-on training
Sign-off— Client confirms acceptance; warranty period begins

After-Sales Support

Support Type	What It Covers	Availability
Hardware warranty	Defective parts and components	12 months from acceptance
Software support	Robot operating system and app functionality	Included during warranty; extended support available
Remote diagnosis	Technical team accesses robot diagnostic data remotely	Available upon request; subject to network and system access
Spare parts	Replacement parts for wear components	Available upon request; pricing depends on component and destination
Software updates	Firmware and system improvements	Included during warranty; extended support available

Note: Warranty coverage, support response times, spare parts availability, on-site service availability, and software update terms are defined in the final quotation and service agreement. Extended support terms are quoted according to the agreed service scope.

Feature	AGV (Typical)	Standard Delivery Robot (Typical)	Indoor Delivery Robot
Primary function	Warehouse and factory logistics	Item transport	High-payload food and item transport
Navigation (typical)	Fixed paths or guided (varies by model)	Dynamic mapping (varies by model)	3D perception + spatial data mapping (specifics available upon request)
Typical payload	Varies by model; typically higher than service robots	10–40 kg (varies by model)	40 kg total, 10 kg per tray
Battery life (typical)	Varies by model	Varies by model	Up to 18 hours
Minimum aisle width	Varies by model	Varies by model	70 cm
Best fit	Controlled industrial environments	Hotels, offices, light delivery	Restaurants, hotels, hospitals, offices

High-Payload Indoor Delivery Robot vs. Human Staff Service

Factor	Human Staff Service	Robot Service
Delivery availability	Limited by shift schedules, breaks, and staff turnover	Up to 18 hours per charge under stated conditions
Payload per trip	Limited by what one person can carry	40 kg across four tray layers
Sustained operation	Fatigue affects speed and accuracy after extended hours	Consistent performance within battery range under normal operating conditions
Labor cost	Ongoing: wages, benefits, training, turnover	One-time hardware + integration; ongoing: electricity, maintenance
Limitations	Cannot work extended hours without fatigue	Cannot handle stairs; requires network coverage; 70 cm minimum aisle width; charging dock not included

Note: The High-Payload Indoor Delivery Robot is designed to assist with repetitive transport tasks. Staff remain responsible for customer service, exception handling, and overall supervision. The robot augments rather than replaces human staff in typical deployments.

The following framework helps you evaluate return on investment. All input values should be based on your verified operational data. The formulas below are provided for your calculation — no specific cost figures are included because actual costs vary by region, usage, and configuration.

Step 1: Calculate Your Current Labor Cost

Input	Your Value
Number of delivery staff	___
Hours per day on delivery per staff	___
Hourly labor cost (wage + benefits + overhead)	___
Days per year of operation	___
Annual labor cost	Delivery staff × Hours × Hourly cost × Operating days

Step 2: Estimate Robot Operating Cost

Input	Your Value
Robot hardware cost (one-time)	Contact AIsirRobot
Charging dock (one-time)	Available upon request
Electricity cost per year	___ (depends on local rates and usage)
Maintenance cost per year (post-warranty)	___ (depends on usage and service scope)
Battery replacement (eventual)	Available upon request
Annual operating cost	Sum of above (post-warranty, excluding hardware)

Step 3: Estimate Payback Period

Metric	Formula
Annual labor saving	Labor cost – Annual operating cost
Payback period	Total project cost ÷ Annual labor saving

Note: This is an illustrative framework for preliminary budgeting only, not a quote or commitment. ROI should be calculated using the customer’s verified labor cost, workload, and total project cost. Contact AIsirRobot with your operational data for a tailored estimate.

What Affects ROI?

Factor	Impact on ROI	Notes
Daily delivery volume	Higher volume → faster payback	Low delivery volumes may not justify the investment
Battery utilization	Higher utilization within 18 h range → better ROI	Plan charging during off-peak hours
Labor cost in your region	Higher labor costs → faster payback	ROI tends to be more compelling in markets with high wages or labor shortages
Number of robots deployed	Fleet deployment amortizes integration costs	Multi-robot scheduling is built-in for same-model deployment
Tray utilization	Full 40 kg payload per trip can reduce total trips	Adjustable tray heights accommodate different item sizes

The High-Payload Indoor Delivery Robot is designed to operate as part of your building and operations ecosystem. Integration capabilities are classified as follows:

Integration Type	Description	Status
Fleet Management	Multi-robot scheduling with intersection avoidance	Standard (same-model); cross-model scheduling available upon request
POS Integration	Links with Point-of-Sale systems to trigger deliveries	Optional; compatibility assessed per project
Elevator Integration	Enables the robot to call and board elevators for multi-floor operation	Optional; requires compatibility assessment
Automatic Door Integration	Enables the robot to communicate with automatic doors	Optional; requires compatibility assessment
API Access	Programmatic interface for custom integration	Requires integration development; compatibility assessed per project
Network Connectivity	Wi-Fi or 4G for robot communication and remote management	Required; specific protocols available upon request

Status definitions: Standard = included in the product; Optional = available as a project-based configuration; Requires integration development = needs custom work based on your systems; Required = must be present for the robot to operate. Why integration matters: A robot that cannot communicate with your POS, elevators, or doors will require manual intervention at every transition point. Integration planning should be part of your project scope from the start. AIsirRobot assesses your facility infrastructure and recommends the integration package that fits your operational needs.

FAQS

Q: What is the High-Payload Indoor Delivery Robot designed for?

The High-Payload Indoor Delivery Robot is designed for food transport and item delivery in restaurants, hotels, hospitals, and office buildings. Its 40 kg payload capacity and up to 18-hour battery life make it suitable for environments with sustained delivery demand.

Q: Is the High-Payload Indoor Delivery Robot suitable for my aisle and tray sizes?

The High-Payload Indoor Delivery Robot requires a minimum aisle width of 70 cm. Measure the narrowest passages in your venue, including spaces between tables, kitchen entrances, and door frames. The robot offers four adjustable tray heights (19.5, 16.9, 25.3, and 22.8 cm) — verify these against your plate, bowl, and container dimensions. The exact definition of these height values should be confirmed based on your configuration.

Q: How many High-Payload Indoor Delivery Robot robots do I need?

This depends on your daily delivery volume, the average time per delivery, and the robot’s operating window. Use the ROI framework in this page with your own data to calculate fleet size. Multiple units can operate simultaneously with built-in multi-robot scheduling. Contact AIsirRobot with your delivery volume data for a fleet sizing recommendation.

Q: Can the High-Payload Indoor Delivery Robot navigate multiple floors?

Multi-floor operation requires elevator integration. The High-Payload Indoor Delivery Robot is designed to support elevator integration, but compatibility depends on your elevator brand, model, and control system. AIsirRobot evaluates your elevator system during the deployment planning phase.

Q: Is the charging dock included?

The charging dock is not included in the standard configuration. The High-Payload Indoor Delivery Robot supports automatic docking when configured with the compatible charging dock. Dock inclusion depends on the quotation and selected configuration. The charging time of 4 hours refers to charging from 15% to 100% battery capacity.

Q: Can the High-Payload Indoor Delivery Robot integrate with our POS and building systems?

The High-Payload Indoor Delivery Robot is designed for integration with POS systems, elevators, and automatic doors. POS, elevator, and door integrations are optional and require compatibility assessment. API access requires integration development. AIsirRobot evaluates your systems during the deployment planning phase.

Q: What warranty and after-sales support is included?

The High-Payload Indoor Delivery Robot comes with a 12-month warranty. Warranty coverage, support response times, spare parts availability, on-site service availability, and software update terms are defined in the final quotation and service agreement. AIsirRobot provides ongoing technical assistance; extended support terms are quoted according to the agreed service scope.

Q: What is the minimum order quantity and lead time?

The minimum order quantity is 1 unit. Lead time is 35 days from order confirmation to shipment. Shipping time depends on your destination country and logistics arrangements.

Request a Quote or Technical Evaluation

Tell us what you need the robot to do. Even if some technical details are not yet confirmed, our team can help evaluate suitable options.

Application: Briefly describe the task, workflow, or problem you want the robot to handle.
Key requirements: Share any known payload, reach, capacity, runtime, accuracy, speed, or other performance needs.
Site & integration: Tell us about the operating environment, layout, existing equipment, or software interfaces if relevant.
Quantity & timeline: Let us know the expected quantity, destination country, and target delivery or deployment time.

Parameter	Value
Product Name	High-Payload Indoor Delivery Robot
Dimensions (W x D x H)	50.0 x 52.7 x 126.6 cm (19.69 x 20.75 x 49.84 in)
Weight	63 kg (139 lbs)
Maximum Travel Speed	0.1–1.0 m/s (0.33–3.28 ft/s)
Battery Life	Up to 18 hours (varies by usage; see battery note)
Charging Time	4 hours (15% to 100% with designated charger)
Maximum Slope	5 degrees
Total Payload Capacity	40 kg (88 lbs)
Per Tray Max Load	10 kg
Tray Quantity	4 independent tray layers (adjustable)
Adjustable Tray Heights	19.5 cm / 16.9 cm / 25.3 cm / 22.8 cm
Minimum Aisle Width	70 cm (27.56 in)
Chassis	Independent suspension, CAE simulation-based design
Touchscreen	Integrated touchscreen for staff interaction
Obstacle Awareness	3D perception technology
Autonomous Charging	Supports automatic docking with compatible charging dock
Multi-Robot Scheduling	Built-in for same-model deployment
Warranty	12 months
Lead Time	35 days
Minimum Order Quantity	1 unit

Item	Confirmed?	Notes
Aisle width ≥ 70 cm at all passages	☐	Measure narrowest point including between tables, kitchen entrances, and door frames
Door width accommodates robot on all delivery routes	☐	Include service doors and kitchen entrances
Floor surface is flat and navigable	☐	Check for high thresholds, loose carpeting, or uneven transitions
Stable Wi-Fi or 4G coverage in all operational areas	☐	Robot requires network connectivity for navigation and remote management
Daily delivery volume justifies investment	☐	Low volumes may not justify the investment
Delivery items fit within 10 kg per tray / 40 kg total	☐	Include tray and container weight in calculation
Tray height positions accommodate your items	☐	Verify against your plate/bowl/container dimensions (19.5 / 16.9 / 25.3 / 22.8 cm)
Charging dock procured	☐	Charging dock is not included in standard configuration
Off-peak charging window available (4 hours, 15%–100%)	☐	Plan charging during low-traffic periods
Staff available for training	☐	Designate operations staff for deployment training
Destination country import requirements confirmed	☐	Check customs, certification, and regulatory requirements
Multi-floor operation requirements identified	☐	If applicable, document elevator brand and control system

High-Payload Indoor Delivery Robot: Sustained Food Transport for Commercial Venues

Quick Fit Summary