Alpha Robotics Alphabot G1 Wheeled Humanoid Robot

A reception desk and a loading bay rarely share the same member of staff. One asks for a recognisable face and a clear voice; the other asks for a strong back and steady footing. The Alpha Robotics Alphabot G1 Wheeled Humanoid Robot is built to answer both requests from a single body. It recognises faces and speaks through a voice intercom, yet it carries a rated payload of up to 44.1 lb and travels on wheels that are all driven and all steered. Between those two talents sits a patented dual-column body designed for work at variable heights, guided by an integrated AI large-model platform that handles perception, interaction and task planning.

Robots Middle East sells the Alphabot G1 and supplies it to organisations across the Middle East, from university laboratories and research centres to industrial plants, warehouses and commercial venues. Robots Middle East prepares each quotation, arranges delivery to the project site and supports the robot once it is in service, working with the buyer to define the configuration, software and integration scope that the deployment calls for.

Background

Why a humanoid on wheels

Humanoid robots take the human form because so many workplaces are arranged around people: shelves, counters, doors and work surfaces sit at the heights a person can reach. Legged humanoids pursue that form all the way to the floor, which brings considerable complexity in balance and control. A wheeled humanoid makes a different trade. It keeps an upper body suited to human workspaces and pairs it with a wheeled base, which suits the flat, smooth floors found in factories, warehouses, offices, hotels and homes. For many indoor tasks, that combination offers a practical route to putting a humanoid to work. Buyers comparing this approach with other designs can browse the wider range of Wheeled Humanoids and the full family of Humanoids.

The dual-column architecture

Alpha Robotics describes the Alphabot G1 as a dual-column wheeled humanoid. The body architecture is patented and is designed for variable-height work, which matters wherever a robot must reach tasks that are not all set at one level. Beneath that body, four-wheel drive and four-wheel steering give the robot agile omnidirectional mobility, so it can manoeuvre in confined aisles and around fixed equipment rather than relying on wide turning circles. The third element is intelligence: an integrated AI large-model platform that supports perception, interaction and task planning. Together, these three elements define the G1's position as a general-purpose platform rather than a single-task machine.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the dimensions, weight, battery capacity, runtime, maximum speed, degrees of freedom, sensor suite, connectivity, compute platform, IP rating, software and SDK, or the contents of the box; each of these is confirmed at quotation.

What makes the Alphabot G1 different from a conventional service robot?

Many service robots are designed around one task. A reception robot greets visitors, a delivery robot carries trays or parcels along a route, and a patrol robot watches a perimeter. Each does its job, but an organisation that needs all three often ends up managing three separate fleets, each with its own software and maintenance routine.

The Alphabot G1 approaches the problem from the other direction. Its feature set spans interaction, security and handling in one machine: face recognition and a voice intercom for dealing with people, autonomous patrol and security-support workflows for watching a site, and heavy-load handling and automatic sorting for moving goods. The rated payload of up to 44.1 lb places it well beyond the light trays associated with greeting and guidance roles.

Two design choices hold this breadth together. The patented dual-column body is built for variable-height work, so the robot is not confined to tasks at a single level. The four-wheel drive and four-wheel steering chassis provides omnidirectional movement, which helps in the tight spaces where handling and patrol tasks usually take place. Above both sits the large-model platform, which plans tasks as well as perceiving and interacting, giving the robot a basis for switching between roles rather than repeating one scripted routine.

How does configuration affect what the Alphabot G1 can do?

Alpha Robotics states plainly that final capabilities depend on the selected configuration, software, environment and integration scope. In practice, this means the G1 is best understood as a platform that is shaped to a project. A research laboratory, a warehouse and a household assisted-service programme will each require different behaviour from the same body, and the software and integration work determine how far each workflow goes.

For buyers, the sensible approach is to define the task before fixing the configuration. Which loads must be moved, at which heights, across which floor surfaces? Who will the robot speak to, and in which languages? Which existing systems, such as access control or warehouse management, should it connect to? Robots Middle East works through these questions with the buyer during quotation, so the final proposal reflects the real site rather than a general description.

Who is the Alphabot G1 for?

Research and development teams form the first natural audience. Universities, innovation centres and corporate laboratories exploring embodied AI need a platform that combines mobility, manipulation-related work and natural interaction, and the G1's large-model intelligence and dual-column body give them a broad base for experimentation.

Industrial plants and warehouses are the second. Operations managers looking at heavy-load handling and automatic sorting will value the rated payload and the omnidirectional chassis, particularly in aisles and work cells where manoeuvrability counts.

Commercial service operators form the third group. Facilities that must greet visitors, answer questions and keep watch over their premises can draw on face recognition, the voice intercom and the autonomous patrol and security-support workflows from a single robot.

Finally, household and assisted-service applications are among the intended uses. Organisations developing care and assistance programmes may find a robot that can both converse and carry a useful starting point.

Buyers whose needs centre on one narrow task may also wish to compare the G1 with the other Wheeled Humanoids in the range before deciding.

What is the Alphabot G1 used for?

1. Autonomous patrol — moving through a facility on its own to observe and report as part of a patrol routine.
2. Security support — assisting security staff through security-support workflows and face recognition at key points.
3. Heavy-load handling — carrying loads within its rated payload of up to 44.1 lb between work areas.
4. Automatic sorting — taking part in sorting applications in plants and warehouses.
5. Visitor interaction — greeting and communicating with people through face recognition and the voice intercom.
6. Research and development — serving as a platform for work on perception, interaction and task planning with large-model AI.

Pricing and Availability

Each Alphabot G1 project is scoped individually, so Robots Middle East prepares a quotation for each project rather than offering a single fixed package. The quotation sets out the configuration agreed with the buyer. Delivery, customs and support are arranged with the quotation. To begin the process, please submit your project details through the quotation request available on this page.

Frequently Asked Questions

What kind of robot is the Alphabot G1?

It is a dual-column wheeled humanoid from Alpha Robotics. It combines a patented body architecture for variable-height work with a wheeled chassis and an integrated AI large-model platform.

How much can the Alphabot G1 carry?

The rated payload is up to 44.1 lb. The manufacturer positions the robot for heavy-load handling and automatic sorting applications.

How does the Alphabot G1 move?

It uses four-wheel drive and four-wheel steering, which gives it agile omnidirectional mobility. This suits confined indoor spaces where manoeuvrability matters.

Can the Alphabot G1 interact with people?

Yes. It offers face recognition and a voice intercom, supported by large-model intelligence for interaction.

What does the AI platform do?

The integrated large-model platform handles perception, interaction and task planning. It gives the robot a basis for moving between interaction, patrol and handling roles.

Which sectors is the Alphabot G1 intended for?

Its intended uses span research and development, industrial plants and warehouses, commercial service workflows, and household and assisted-service applications.

Where can I buy the Alpha Robotics Alphabot G1 Wheeled Humanoid Robot and what does it cost?

Robots Middle East supplies the Alphabot G1 across the Middle East. The cost is set out in a quotation prepared for your project, which you can request from this page.

Summary

The Alphabot G1 is built for the organisation that would rather not choose between a robot that talks and a robot that carries. Face recognition and a voice intercom cover the reception desk; a rated payload of up to 44.1 lb, heavy-load handling and automatic sorting cover the loading bay; autonomous patrol and security-support workflows cover the hours in between. The patented dual-column body brings variable-height work within reach, the four-wheel drive and four-wheel steering chassis provides omnidirectional movement, and the large-model platform ties perception, interaction and task planning together. The right deployment begins with a clear brief and a tailored proposal from Robots Middle East. For any team ready to define that brief, this page is the starting point.