



Prospero iAssist-Pro Delivery Robot
Problem Statement
However, traditional service models face several inefficiencies:
High dependency on human staff for repetitive delivery tasks
Staff walking long distances between kitchen and tables
Order delays during peak hours
Difficulty maintaining service speed with limited manpower
Increased operational costs due to labour shortages
Human errors in order routing or table delivery
High dependency on human staff for repetitive delivery tasks
Staff walking long distances between kitchen and tables
Order delays during peak hours
Difficulty maintaining service speed with limited manpower
Increased operational costs due to labour shortages
Human errors in order routing or table delivery
In busy hospitality environments, servers can walk 5–10 km per day, reducing productivity and increasing fatigue. Automating internal delivery tasks has therefore become a key strategy for restaurants and service businesses seeking efficiency and scalability.
How the Prospero iAssist-Pro Delivery Robot - Solves These Challenges
Key Advantages :
Autonomous Navigation & Intelligent Mapping
This enables smooth operation even in crowded restaurants or complex indoor layouts.
High-Capacity Multi-Table Delivery
Each tray supports up to 15 kg load with a total carrying capacity of about 60 kg, enabling high-efficiency delivery.
AI Voice Interaction & Smart Assistance
This allows staff or guests to interact naturally with the robot.
Improved Productivity for Staff
Staff can focus on:
* Customer interaction
* Upselling and hospitality
* Service quality
Marketing & Customer Engagement
Long Working Hours & Automatic Charging
Autonomous Navigation & Intelligent Mapping
This enables smooth operation even in crowded restaurants or complex indoor layouts.
High-Capacity Multi-Table Delivery
Each tray supports up to 15 kg load with a total carrying capacity of about 60 kg, enabling high-efficiency delivery.
AI Voice Interaction & Smart Assistance
This allows staff or guests to interact naturally with the robot.
Improved Productivity for Staff
Staff can focus on:
* Customer interaction
* Upselling and hospitality
* Service quality
Marketing & Customer Engagement
Long Working Hours & Automatic Charging
Business Benefits :
Reduce repetitive service workload by up to 60%
Improve service speed during peak hours
Increase table turnover efficiency
Enhance customer experience with innovative automation
Strengthen brand perception with futuristic service
Material & Technical Specifications
Specification | Details |
Product Type | Autonomous Delivery Robot |
Body Dimensions | 525 × 550 × 1375 mm |
Net Weight | Approx. 47–59 kg |
Body Material | High-strength PC + ABS composite |
Tray Configuration | 3–4 adjustable trays |
Single Tray Load | Up to 15 kg |
Total Payload Capacity | Up to 60 kg |
Tray Dimensions | Approx. 420 × 500 mm |
Screen | 14.1-inch Full HD interactive display |
Navigation System | LiDAR + RGB-D camera + wide-angle camera + IR camera |
Obstacle Detection | 240° panoramic sensing |
Running Speed | 0.5 – 1.2 m/s (adjustable) |
Positioning Accuracy | Centimeter-level accuracy |
Battery Runtime | Up to 12–16 hours |
Charging Time | 4 – 4.5 hours |
Charging Mode | Cable charging or automatic charging dock |
Connectivity | Wi-Fi (2.4G / 5G) + 4G LTE |
Voice Interaction | 6-microphone array with AI voice recognition |
Operating System | Android + OrionStar RobotOS platform |
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These features enable reliable operation in restaurants, hotels, hospitals, retail stores, and corporate facilities.
Elevator Compatibility
Supported Integration:
- Works with most modern elevator systems
- Can be integrated via:
- Dry contact relay system
- API-based integration (where available)
- Automatic elevator call and floor selection
- Secure elevator access (RFID / Card-based access supported)
Operational Flow:
- Robot receives order
- Moves to elevator lobby
- Calls elevator automatically
- Selects destination floor
- Delivers to guest room
- Returns to docking station
No human assistance required.
Operational Workflow
Kitchen assigns delivery task
Robot navigates to elevator lobby
Calls elevator automatically
Moves to destination floor
Delivers items to designated room or table
Returns to base or next delivery task
Kitchen assigns delivery task
Robot navigates to elevator lobby
Calls elevator automatically
Moves to destination floor
Delivers items to designated room or table
Returns to base or next delivery task
This allows the robot to automate delivery across multiple floors without human assistance.
Ideal Deployment Scenarios

Restaurants & QSR chains

Hotels & room service operations

Hospitals & medical facilities

Corporate cafeterias

Shopping malls & retail stores

Events & exhibitions

Restaurants & QSR chains

Hotels & room service operations

Hospitals & medical facilities

Corporate cafeterias

Shopping malls & retail stores

Events & exhibitions
ROI & Business Impact
60% reduction in repetitive service tasks
Faster service during peak hours
Improved staff productivity
Increased table turnover and operational efficiency
Enhanced customer engagement and social media visibility
60% reduction in repetitive service tasks
Faster service during peak hours
Improved staff productivity
Increased table turnover and operational efficiency
Enhanced customer engagement and social media visibility
Typical ROI can be achieved within 10–18 months, depending on scale of deployment.
Why PROSPERO DYNAMICS ?
Our approach includes:
We specialize in creating smart service ecosystems for hospitality, corporate, healthcare, and retail environments.
