Humanoid Robots for automation, research, security, logistics, education and industrial projects across Latin America, with a practical focus on applications, integration and quote-based procurement.
Humanoid Robots
Humanoid Robots for Latin America
This page provides practical information about Humanoid Robots for buyers, integrators, universities, distributors and technical teams across Latin America. The focus is the product: what it does, where it is used, which specifications matter and how to evaluate it for real deployments.
Main applications
Humanoid Robots can support manufacturing, mining, energy, agriculture, education, healthcare, security, retail, hospitality, research and logistics projects. The right choice depends on operating environment, task type, autonomy, payload, mobility, sensors, software, maintenance access and integration requirements.
Technical selection criteria
Before requesting a quote, compare payload, battery life, speed, environmental rating, precision, connectivity, ROS or SDK compatibility, camera and LiDAR options, arms, hands, charging stations, spare parts and documentation. Industrial projects also require operator training, system integration planning and after-sales support.
Regional procurement and deployment
Latin America projects often require planning for import, lead time, warranty, interface language, technical documentation, training and accessory availability. A strong procurement process defines the use case, site conditions, budget, safety requirements and success metrics before selecting a model.
FAQ
How should a model be selected? Start with the task, environment and autonomy level. Can it be used for research? Many models fit labs and universities when they include SDKs, documentation and configurable sensors. Does purchase require a quote? Advanced robotics is commonly quoted by configuration, accessories, logistics and support needs.
Summary
Humanoid Robots can modernize operations in Latin America when evaluated by application, specification, integration plan and total project cost rather than appearance or brand alone.
Frequently Asked Questions (FAQ)
What are KEENON's humanoid robots?
KEENON's humanoid robots are the XMAN-R1 (wheeled humanoid, introduced March 31, 2025) and XMAN-F1 (bipedal humanoid, premiered at WAIC 2025 on July 26, 2025), developed under the Keenon Humanoid brand. Both run on KOM2.0, the world's first Vision-Language-Action (VLA) model for the service industry, developed from real-world data across KEENON's 60-country commercial robot deployment portfolio. The XMAN-R1 has been commercially deployed at the Shangri-La Traders Hotel. The XMAN-F1 demonstrated personalized beverage mixing and popcorn preparation at WAIC 2025, including a Johnnie Walker Blue Label collaboration.
What is KOM2.0 and how does it differ from KEENON ProS?
KOM2.0 is KEENON's proprietary Vision-Language-Action (VLA) model that provides the foundation of general service intelligence for the XMAN humanoid robots. It processes visual perception, natural language instructions, and physical action generation in a unified architecture, trained on real-world service data from KEENON's commercial deployments. KEENON ProS is a domain-specific optimization layer built on top of KOM2.0 for particular deployment verticals, described as "vocational training" that provides specific professional job skills for contexts like hotel operations. KOM2.0 provides broad service competency; KEENON ProS provides the deep domain-specific expertise.
What is the "Robot Role-Orientation" concept?
Robot Role-Orientation is KEENON's proposed commercial deployment framework for humanoid service robots. It "involves deconstructing commercial service scenarios into independent work modules, where each module corresponds to a single, standardized role with clearly defined boundaries and responsibilities, establishing a precise 'Robot-to-Role' correspondence." For buyers, this means identifying the specific service roles they need filled, matching those roles to standardized robot role specifications, and deploying with confidence in defined performance expectations rather than managing ambiguity about a general-purpose robot's varied task performance.
What was the XMAN-F1's Johnnie Walker Blue Label collaboration at WAIC 2025?
KEENON's WAIC 2025 official press release described: "The bar area features a highlight collaboration with Johnnie Walker Blue Label, the world's leading premium whisky, where robotic bartenders work alongside delivery robot T10 to craft and serve bespoke beverages." The XMAN-F1 performed the beverage preparation tasks while the T10 delivery robot handled distribution. This collaboration with a globally recognized luxury whisky brand at China's most prestigious AI conference provided implicit brand-level validation of the XMAN-F1's operational quality and guest-facing appropriateness.