Keenon XMAN-F1 Humanoid Robot

A service counter can look simple until the work changes every few seconds: a voice request, a handover, a spilled object nearby, or a presentation that must continue while people move around it. Keenon XMAN-F1 Humanoid Robot is reported as KEENON Robotics' bipedal humanoid service robot, introduced to show how a humanoid platform can take on varied front-of-house, demonstration and care-adjacent scenarios rather than remaining tied to one fixed delivery route.

Robots USA sells, quotes, delivers and supports the Keenon XMAN-F1 Humanoid Robot for commercial, institutional and integrator customers in the United States. Because the available public information is announcement-level rather than a full datasheet, Robots USA confirms configuration, documentation, accessories, delivery arrangements, customs requirements and support scope with each quotation.

Background

KEENON Robotics and the service-robot lineage

KEENON Robotics is reported as a SoftBank-backed company founded in 2010. The manufacturer's public positioning links its humanoid work to years of environmental data collection and electromechanical manufacturing experience in service robotics. That background matters because a humanoid service robot is not only a walking mechanism; it is also an interaction system expected to operate in spaces designed around people, carts, counters, objects, voices and constantly changing surroundings.

The published material places XMAN-F1 within KEENON's move from specialized service robots toward more general-purpose service robots. In practical buying terms, that does not mean one robot should be assumed to replace every task-specific machine. It means the product is being presented as part of an embodied service platform that can demonstrate multiple forms of interaction and manipulation in public-facing environments.

XMAN series positioning

Per the published source material, the XMAN series includes XMAN-R1 and XMAN-F1, with XMAN-L1 described as the latest addition. The fact sheet does not publish comparative specifications for those sibling platforms, so XMAN-F1 should not be assigned the dimensions, payload, computing figures or other values of another XMAN model. For buyers comparing the series, Robots USA should confirm the exact version, configuration and intended use case at quotation.

XMAN-F1's reported debut took place at the World Artificial Intelligence Conference 2025 in Shanghai, where it was the centrepiece of interactive setups including a medical station, a lounge bar and a performance space. Those scenarios suggest a product positioned around human-facing service demonstrations, mixed interaction modes and integration with other robots, rather than a single-purpose appliance with one narrow operating envelope.

Technical Specifications

Specifications are as published in the supplied source material and are confirmed against the datasheet at quotation.

How is XMAN-F1 positioned among KEENON service robots?

The reported language around XMAN-F1 is important: it is described as part of a shift from specialized robots toward general-purpose service robots. Many commercial robots are optimized around a repeatable path, a fixed payload, a restaurant floorplan, a hotel corridor or a hospital logistics route. A humanoid platform changes the buying question. Instead of asking only whether the robot can move from point A to point B, buyers ask whether it can interpret instructions, interact naturally, manipulate objects and fit into human-designed surroundings.

XMAN-F1 is reported with 3D vision and voice recognition, which addresses part of that question. The published material also states that multimodal interaction and large language model technologies power autonomous digital presentations and product demos. For a buyer, that points to a robot intended to communicate as well as act. The value proposition is therefore not only mechanical motion, but the combination of speech-based instruction, perception, presentation and arm-based manipulation shown in public scenarios.

At the same time, the current published information does not provide the full procurement-grade specification package that technical teams often require. Height, weight, runtime, payload, charging time, maximum walking speed, onboard computing and connectivity are not published in the supplied fact sheet. Those gaps should be treated as qualification points, not assumptions. Robots USA confirms them before recommending XMAN-F1 for a particular venue or workflow.

What do the WAIC demonstrations say about deployment?

Per the published report, XMAN-F1 appeared in three interactive setups: a medical station, a lounge bar and a performance space. These are useful examples because they represent different human expectations. A medical-station scenario suggests care-adjacent coordination and handoff logic. A lounge bar scenario emphasizes social interaction, personalization and object handling. A performance space highlights presentation, attention management and audience-facing behaviour.

The demonstrations also show that XMAN-F1 may be deployed as part of a broader robot ecosystem rather than always operating alone. At the medical station, it partners with the M104 logistics robot to create a closed-loop smart healthcare solution. Another published source states that the T10 delivery robot needs to be present for XMAN-F1 to work as a bartender. Buyers should therefore separate the humanoid's capabilities from the capabilities of the whole setup. If the intended application depends on logistics transport, dispensing, serving flow or backend movement, the quotation should specify whether M104, T10 or another system is required.

Who is XMAN-F1 for?

XMAN-F1 is primarily for organizations evaluating humanoid service robots in environments where interaction, demonstration and adaptable task execution are central. Suitable buyer segments may include technology showcase venues, research and innovation centres, hospitality operators exploring guest-facing automation, healthcare-system integrators studying smart-station workflows, and commercial robotics teams building public demonstration programs.

For a hospital, aged-care or clinic-adjacent project, the reported M104 pairing should be discussed early because the medical-station scenario is described as a closed-loop smart healthcare solution involving both XMAN-F1 and M104. For a beverage or lounge concept, the published source says the T10 delivery robot needs to be present for XMAN-F1 to work as a bartender, so a buyer should quote the full solution rather than only the humanoid. For customers comparing XMAN-F1 with XMAN-R1 or XMAN-L1, the supplied fact sheet does not publish enough sibling specifications to steer decisively; Robots USA should confirm which XMAN version fits the task, integration plan and venue constraints.

What is XMAN-F1 used for?

1. Service demonstrations: Present humanoid interaction, object handling and audience-facing behaviour in controlled commercial or exhibition environments.
2. Digital presentations: Use the reported multimodal interaction and large language model technologies for autonomous product demos and stage-style explanations.
3. Lounge service concepts: Demonstrate beverage-personalization workflows, including reported chilled drinks with adjustable ice levels, when the required supporting setup is specified.
4. Smart healthcare scenarios: Explore medical-station workflows where XMAN-F1 partners with the M104 logistics robot.
5. Manipulation tasks: Show dual-arm actions such as the reported examples of opening bottles or folding clothes.
6. Humanoid mobility research: Evaluate reported dynamic balance, collision response and obstacle step-over behaviour in simulated environments.

Pricing and Availability

Pricing for the Keenon XMAN-F1 Humanoid Robot is provided by quotation because the final offer depends on configuration, documentation, integration requirements and any supporting robots required for the intended scenario.

Delivery, customs and support are arranged with the quotation. To request current availability and a formal quote from Robots USA, the Keenon XMAN-F1 Humanoid Robot is available on this page.

Frequently Asked Questions

Is the Keenon XMAN-F1 Humanoid Robot a bipedal robot?

Yes, the supplied source material reports XMAN-F1 as KEENON Robotics' bipedal humanoid service robot. The detailed locomotion datasheet should be confirmed at quotation.

What tasks has XMAN-F1 been shown performing?

Published information reports demonstrations such as preparing popcorn and mixing personalized chilled beverages, including Sprite or Coke with adjustable ice levels. It is also reported to deliver digital presentations and product demos autonomously.

What sensors are published for XMAN-F1?

The fact sheet reports 3D vision and voice recognition. It does not publish a complete sensor list, connectivity specification or onboard computing specification.

How capable are the robot's arms?

The arms are reported as dual robotic arms with 7-degree-of-freedom joints and force-feedback sensors. Published examples include precise operations such as opening bottles or folding clothes.

Does XMAN-F1 work with other KEENON robots?

Yes, published information reports that XMAN-F1 partners with M104 at a medical station for a closed-loop smart healthcare solution. A published source also states that T10 needs to be present for XMAN-F1 to work as a bartender.

Are height, weight, runtime and payload available?

Not in the supplied fact sheet. The manufacturer has not published height, weight, battery capacity, runtime, charging time, maximum walking speed or payload there, so Robots USA confirms those values at quotation.

Where can I buy Keenon XMAN-F1 Humanoid Robot and what does it cost?

You can request the Keenon XMAN-F1 Humanoid Robot from Robots USA. The cost is supplied by quotation, with configuration, delivery, customs and support details confirmed before purchase.

Summary

XMAN-F1 is best understood through the busy service counter introduced at the start: a place where speech, objects, people and changing tasks meet in real time. The published material presents KEENON's humanoid as a bipedal service robot for multimodal interaction, demonstrations, dual-arm manipulation and scenario-based deployment with other robots when required. Because several procurement-critical figures remain unpublished in the supplied fact sheet, the next step is not to assume a configuration, but to define the workflow and confirm the datasheet. For buyers assessing the Keenon XMAN-F1 Humanoid Robot with Robots USA, this page is the starting point.