Zerith H1 Wheeled Humanoid Robot

Most humanoid robots are built to impress on a stage; the Zerith H1 Wheeled Humanoid Robot is built for the corridor, the guestroom and the service floor. It trades walking legs for an omnidirectional wheeled base, and in return it gets a body that rises and lowers to meet the work, from low surfaces up to high shelves.

The product is available through this page, by quotation.

Background

The ZERITH brand and the idea behind the H1

ZERITH is the brand behind this robot. The Zerith H1 is a wheeled humanoid robot designed for indoor housekeeping and service tasks, particularly in hotels and similar facilities. That single sentence tells you most of what you need to know about its intent: this is a working machine for hospitality and facility settings, not a research platform or a showpiece.

The humanoid form has a practical logic in these places. Hotels, resorts and guesthouses are built for people, with door handles at human height, shelves at human reach and beds, counters and trolleys sized for human arms. A robot with a humanoid upper body can work within those spaces without asking the building to change. For operators in the Caribbean, where hospitality is a core industry and properties range from compact boutique hotels to large resorts, that idea is easy to appreciate.

Positioning: a wheeled body with a flexible upper half

The robot features a height-adjustable upper body mounted on an omnidirectional wheeled base. This lets it operate across multiple vertical levels while navigating narrow corridors and crowded interiors. The base rides on flexible universal wheels for smooth navigation through narrow corridors and complex room layouts.

Inside, the AI stack runs on ROS2, integrating 3D LiDAR, depth cameras and articulated motors. Compute comes from a dual Intel Core i7-1265U for real-time perception, AI and control. ROS2 is a widely used robotics framework, which matters to integrators and technical teams who want to understand what they are working with. If you are comparing options in this class, you can also browse our Wheeled Humanoids category or the wider Cleaning Robots category.

Technical Specifications

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

The manufacturer has not published the payload, the maximum speed, the charging time, the battery capacity, the IP rating, the connectivity options, the contents of the box or an official datasheet; they are confirmed at quotation.

What makes the Zerith H1 different from a walking humanoid?

A walking humanoid must balance on two legs, and that brings complexity and energy demands that suit research labs and demonstrations better than a daily shift in a hotel. The Zerith H1 takes another route. Its omnidirectional wheeled base keeps the robot planted on the floor while the upper body does the work. For indoor floors that are level and predictable, this is a sensible trade: you give up stairs, and you gain a platform designed around smooth movement through tight spaces.

The other difference is vertical range. The upper body is height-adjustable from 1.3 to 1.8 m, and the arm, at 797.6 mm in length, offers a reach of 0-220 cm. That range means one robot can work from low levels up to well above head height. A fixed-height machine would need a different design for each of those tasks. With 23 degrees of freedom, the H1 also has the articulation to approach objects and surfaces from different angles.

How does the H1 sense and understand its surroundings?

The sensor package combines 4× array tactile sensors, 1× LiDAR and 5× ultrasonic sensors. Each type covers a different job. LiDAR maps the surroundings, ultrasonic sensors help with nearby obstacles, and tactile arrays give the robot a sense of contact, which is useful for any task that involves touching a surface or an object. The ROS2-based AI stack brings together 3D LiDAR, depth cameras and articulated motors, while the dual Intel Core i7-1265U handles perception, AI and control in real time.

For a buyer, the practical point is that the H1 is built to perceive, decide and act on board. Operating time is about 240 minutes per charge, which is the figure to plan shifts around. Ask us about charging time and battery capacity when you request a quotation.

Who is the Zerith H1 for?

The first and clearest segment is hotels and resorts. The H1 is aimed at hotels and similar facilities, and the combination of narrow corridors, crowded interiors and multi-level work is typical of a hospitality property. Facility managers who look after large indoor premises, such as serviced apartments, guesthouses and conference centers, will see the same fit.

The second segment is integrators and technical teams. Because the AI stack runs on ROS2, teams who already work with that framework will find familiar ground. Universities and innovation labs evaluating service robotics for the tourism and hospitality sector can also use the H1 as a practical reference platform.

The third segment is operators who are still deciding. If you are not sure whether a wheeled humanoid is the right tool, look through our Cleaning Robots category to compare approaches, then come back and ask us about the H1. We will tell you plainly what it does and answer your questions openly.

What is the Zerith H1 used for?

1. Hotel housekeeping: the core purpose of the robot, carried out indoors in guestrooms and corridors.
2. General indoor service tasks: the robot is designed for service work in hotels and similar facilities, not only for one narrow routine.
3. Work at several heights: the height-adjustable body and 0-220 cm reach let it handle low and high positions in the same visit.
4. Navigation in tight interiors: universal wheels and an omnidirectional base suit narrow corridors and crowded rooms.
5. Contact-aware handling: the 4× array tactile sensors give the robot feedback when it touches surfaces and objects.
6. Robotics development and pilots: the ROS2-based stack gives integration teams a platform for trials and further work.

Pricing and Availability

We do not print prices on this page. The Zerith H1 is supplied by quotation, so tell us about your property, the tasks you have in mind and your timeline, and we will respond with a proposal. Delivery, customs and support are arranged together with the quotation. The Zerith H1 Wheeled Humanoid Robot is available on this page.

Frequently Asked Questions

Can the Zerith H1 climb stairs?

The H1 is a wheeled robot made for indoor floors, corridors and room layouts. If your site has stairs, please raise it with us when you request a quotation.

How tall is the Zerith H1?

The upper body is height-adjustable from 1.3 to 1.8 m. The arm length is 797.6 mm, with a reach of 0-220 cm.

How long does it run on one charge?

The maximum operating time is about 240 minutes per charge. Ask us about charging time and battery capacity with your quotation request.

What software does it run on?

The AI stack runs on ROS2, integrating 3D LiDAR, depth cameras and articulated motors. Compute is a dual Intel Core i7-1265U for real-time perception, AI and control.

What sensors does it carry?

It has 4× array tactile sensors, 1× LiDAR and 5× ultrasonic sensors.

What is the payload and IP rating?

Please ask us about the payload, the IP rating and the connectivity options when you request a quotation.

Where can I buy the Zerith H1 and what does it cost?

You can request a quotation on this page. The price depends on your project and is given in the quotation, along with delivery, customs and support arrangements.

Summary

The Zerith H1 answers a simple question: what if a humanoid robot kept the useful half of the human form and left out the walking? What remains is a height-adjustable upper body with 23 degrees of freedom, a reach of 0-220 cm, a sensor set built around LiDAR, ultrasonic and tactile sensing, and a ROS2-based stack running on dual Intel Core i7-1265U processors. It is built for indoor housekeeping and service work in hotels and similar facilities, with about 240 minutes of operating time per charge. If the H1 fits your property, this page is the starting point.