Alpha Robotics Panda Hotel Delivery Robot
In stock
- BRAND:
- ALPHA ROBOT
- MODEL:
- PANDA HOTEL
- ORIGIN:
- China
- SKU:
- Alpha-Panda-Hotel-Delivery
Alpha Robotics Panda Hotel Delivery Robot
A guest request begins at reception, but fulfilling it often means a journey away from the desk. The Alpha Robotics Panda Hotel Delivery Robot brings autonomous delivery into that journey, with secure enclosed storage for food, amenities and parcels. Its role extends beyond carrying items: guidance and promotional patrol workflows also form part of its stated scope. For hotel operators, the central question is how these functions fit the property’s service routines, circulation routes and approach to guest care.
The product is available through this page, by quotation.
Background
The manufacturer behind the platform
Suzhou Alpha Robotics Co., Ltd., founded in 2006, is a high-tech enterprise specialising in the research and development, production and sales of commercial service robots. This places the product within a commercial robotics context rather than a domestic appliance category. Hotel buyers evaluating such equipment need to consider the complete service process: who assigns a task, where an item is loaded, how it reaches its destination and who handles an exception.
That operational perspective matters as much as the robot’s physical specification. A delivery route involves staff procedures, guest expectations and building access. Establishing those responsibilities before deployment gives procurement teams a clearer basis for discussing the proposed configuration and the practical scope of the quotation.
A hotel-focused delivery configuration
The source names the configuration Panda Hotel High-End Delivery Robot. It is a high-capacity autonomous hotel delivery robot for secure room service, amenities, guest requests, guidance and promotional patrol workflows. Autonomous navigation, obstacle avoidance and charging are included in its stated functions, together with remote task management and destination calling.
Elevator and access-control integration options address an important part of hotel circulation. They are options, not evidence that every building system is compatible. When comparing Delivery Robots, a buyer should distinguish the ability to discuss integration from acceptance of a specific installation. The building’s equipment and intended routes belong in that discussion.
Technical Specifications
| Specification | Panda Hotel High-End Delivery Robot |
|---|---|
| Dimensions | 20.1 × 16.9 × 41.7 in |
| Weight | Approximately 130.1 lb |
| Travel speed | 0–4.5 mph |
| Operating time | Up to 10 hours |
| Charging time | 2–3 hours |
| Maximum payload | 220.5 lb |
| Braking distance | Approximately 7.9 in or less |
| LiDAR range | Up to 131 ft |
| Battery | 15 Ah |
| Display | 10.1 in |
Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.
The manufacturer has not published the box contents, IP rating, connectivity, power consumption, tray or compartment size, positioning accuracy or elevator system compatibility; these details are confirmed at quotation.
The operating system is Android. Secure enclosed storage, remote task management, destination calling and autonomous charging complement the numerical specification. For procurement, these functions should be considered alongside the physical journey: collection points, destination access, loading procedures and the place allocated for charging. A payload figure alone does not establish whether a particular package fits the storage space.
How does the Panda Hotel support a hotel delivery workflow?
The product combines enclosed transport with autonomous movement. Food, amenities and parcels are the stated storage applications, giving hotel teams a clear starting point for selecting delivery tasks. Enclosed storage is relevant where items should travel inside the robot rather than on an exposed carrying surface. It does not, by itself, establish a particular locking method, temperature-control function or guest authentication process.
Remote task management and destination calling provide ways to organise assignments. In planning a deployment, the hotel should identify who initiates each request and how staff coordinate loading and receipt. The availability of these functions does not establish compatibility with an existing property-management platform or a particular communications service. Those interfaces require a specific discussion rather than an assumption.
Autonomous navigation and obstacle avoidance address movement through the environment, while elevator and access-control integration options concern passage between controlled areas. A useful evaluation therefore follows an actual guest-service journey, including corridor transitions and access points. This keeps the assessment focused on the proposed building rather than treating autonomy as a substitute for a site review.
Guidance and promotional patrol add another operational dimension. They allow the product to be considered for guest-facing activity as well as transport. Hotels should define where those activities belong and when they take priority, so that a promotional task does not conflict with the property’s intended delivery routine.
Who is the Alpha Robotics Panda Hotel Delivery Robot for?
The primary audience is hotel operators seeking an autonomous platform for room service, amenity delivery and guest requests. Front-office managers, rooms-division teams and operations leaders have different reasons to examine the same workflow: maintaining guest contact, organising fulfilment and coordinating movement through the property. A shared assessment helps establish which tasks belong with the robot and which remain staff-led.
Procurement and facilities teams also have a central role. Secure enclosed storage and the stated payload make load planning relevant, while integration options bring building systems into the decision. Buyers should bring representative delivery items and route requirements to the quotation discussion rather than relying only on a headline capacity.
The product also addresses hotel teams considering guidance and promotional patrol alongside delivery. The available facts do not establish a comparative advantage over another Panda version, so selection should remain tied to the documented hotel functions. For a project centred on a different environment or workflow, a separate product assessment is more appropriate than transferring this configuration’s figures to another model.
What is the Alpha Robotics Panda Hotel Delivery Robot used for?
- Room-service delivery: Transport food in secure enclosed storage as part of a hotel’s service process.
- Amenity fulfilment: Carry guest amenities between the loading location and the assigned destination.
- Guest-request delivery: Support item-based requests organised through the hotel’s chosen staff workflow.
- Parcel transport: Move parcels in enclosed storage, with package fit assessed during planning.
- Guest guidance: Include guidance tasks within a defined hotel service routine.
- Promotional patrol: Support promotional activity along routes selected for the property.
Pricing and Availability
Request a quotation for the Panda Hotel High-End Delivery Robot configuration and describe the intended hotel application. Include the delivery routes, representative loads, access-control arrangements and any elevator requirement. These details help define the equipment and integration scope being considered, rather than leaving important building requirements outside the purchasing discussion.
Delivery, customs and support are arranged with the quotation.
Ask for the proposed configuration, included equipment and integration responsibilities to be set out clearly before proceeding. A quotation request for the Alpha Robotics Panda Hotel Delivery Robot is available on this page.
Frequently Asked Questions
What can the robot carry?
Its secure enclosed storage is intended for food, amenities and parcels. Check representative items against the storage arrangement during quotation; maximum payload does not determine package fit.
Does it navigate and charge autonomously?
Autonomous navigation, obstacle avoidance and charging are stated functions. Plan the operating routes and charging location as part of the hotel deployment assessment.
Can it use hotel elevators and controlled doors?
Elevator and access-control integration options are available. Identify the installed building systems in the quotation request so that the proposed integration has a defined scope.
How are delivery tasks organised?
The robot supports remote task management and destination calling. Agree how staff assign, load and receive tasks before incorporating it into daily service.
Is it intended only for delivery?
No. Its stated applications also include guidance and promotional patrol, allowing those activities to be considered alongside room service and guest-request fulfilment.
What should a hotel prepare before requesting a quotation?
Prepare the intended routes, loading locations, destination requirements and examples of the items to be transported. Include elevator and access-control details, and identify the staff responsible for managing tasks and handling exceptions.
Where can I buy the Alpha Robotics Panda Hotel Delivery Robot and what does it cost?
The product is available through this page, by quotation. Request a quotation covering the intended configuration, integration scope and support arrangements for your property.
Summary
The journey between a guest request and its fulfilment is the practical focus of this hotel robot. Enclosed storage, autonomous navigation, remote task management and integration options bring transport and task coordination into the same purchasing discussion. Guidance and promotional patrol broaden its stated role without removing the need to define clear service priorities.
A sound decision starts with the property’s real routes, items and operating responsibilities, then checks the configuration against them. For a quotation that connects the published specification with your hotel’s requirements, this page is the starting point.