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AIsirRobot Food Delivery Robot: Specifications, Features, and Deployment Guide
Need a delivery robot that navigates narrow aisles, runs 15 hours per charge, and coordinates with multiple units without traffic jams? The AIsirRobot Food Delivery Robot is an autonomous indoor delivery robot designed for restaurants, hotels, and shopping malls where staff need to transport meals and items across defined service routes. The robot combines a 4-tier open tray system, laser radar navigation, 3D camera obstacle avoidance, and a built-in multi-robot scheduling system to support continuous daily operation. As a solution provider, we do not just ship a robot. We help you assess whether this model fits your venue, plan the deployment route, configure the fleet, and coordinate the integration with your existing operations.
Product Overview
The robot features a vertical, narrow-body design with a matte black finish and geometric lines. The slim profile — 540 mm wide — is engineered for narrow-aisle operation in dense dining environments. Fluorescent green accent light strips run along both sides and around the base, providing a clear visual signal of the robot’s position and movement in dimly lit venues.
A 7-inch touchscreen display is mounted at the top of the robot at a tilted angle for easy operation by standing staff. The screen displays a blue-toned interface with interactive ring indicators. Below the screen, a 3D camera module provides environmental perception, while a laser radar unit is housed in the base for floor-level scanning.
The black base structure houses omnidirectional wheels, enabling zero-degree rotation in place. A circular touch button with a lightning icon is positioned on the front panel for quick access to core functions.
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Key Features
Application Scenarios
Restaurants
Multi-table food delivery and tray return
Hotels
Banquet, buffet and room service delivery
Shopping Malls
Food court delivery and promotional cruising
Deployment Process
Tray Configuration
The robot is equipped with 4 tiers of open trays, each measuring 335 × 465 mm, with a load capacity of 15 kg per tier. The open-shelf design allows staff to place and retrieve items from the side without opening or closing doors.
Trays are removable for cleaning, supporting hygiene requirements in food service environments. The tier edges feature an upward-raised lip design to prevent items from sliding off during movement. The bottom tier can accommodate larger or non-standard items as needed.
Integration Capabilities
The robot connects via WiFi and supports integration with venue systems. The following integration capabilities are commonly supported in similar robotic systems. Actual availability and compatibility depend on your specific venue systems and require individual assessment. Common integration points include:
- POS systems: Receive order data and trigger delivery tasks automatically
- Elevator systems: Enable cross-floor navigation in multi-story venues (depends on elevator model and API availability)
- Door/gate access: Automated passage through access-controlled areas (requires compatible hardware)
- Cloud platform: Remote fleet monitoring, delivery log access, and performance data across multiple venues
Integration scope and compatibility depend on the specific systems in use at your venue. We can help assess integration feasibility during the site evaluation phase.
Technology and Specification Guide
FAQS
Does the robot require QR codes or floor markers at each table?
No. The robot uses laser radar and 3D camera-based navigation to locate table positions. No QR codes or physical markers need to be placed at tables. This reduces installation time and avoids marker damage or displacement.
How long does the battery last, and how does charging work?
Battery life is approximately 15 hours per charge. The robot autonomously navigates to a dedicated charging station when battery levels are low. The charging station must be installed in a fixed, accessible location with adequate space for docking.
Can multiple robots operate in the same venue?
Yes. The built-in scheduling system coordinates multiple robots, automatically assigning tasks and managing routes to prevent congestion. For multi-robot deployment, the scheduling system requires initial fleet configuration and route parameter setup.
What floor types are suitable?
The robot is designed for indoor use on flat, hard floor surfaces. Carpet, uneven tiles, or floor transitions may affect navigation performance. A site assessment is recommended before deployment to verify floor compatibility.
Can the robot handle multi-floor delivery?
The robot operates on a single floor by default. Cross-floor delivery requires integration with the elevator system, which depends on the elevator model and API availability. We can assess this during the site evaluation.
What is included in the warranty?
The 12-month warranty covers manufacturing defects in hardware components, including the battery, motors, sensors, and touchscreen. Consumable parts such as trays are covered for normal wear under standard use. For full warranty terms, please contact us with your project requirements.
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.
