Miro U
Miro U is a cutting-edge humanoid robot designed by Midea for complex industrial automation tasks. It features a unique six-arm bionic mechanical design combined with a wheeled leg chassis, enabling multitasking and high-precision control in factory environments. The robot supports vertical lifting and 360-degree in-place rotation, allowing it to perform multi-dimensional operations efficiently. Miro U is intended to enhance production line flexibility and efficiency, particularly in high-end manufacturing such as washing machine assembly. It integrates fast end-effector switching for diverse tasks and is part of Midea’s broader AI-driven smart factory ecosystem, aiming to boost operational efficiency by up to 30%. The robot represents the third generation in Midea’s humanoid lineup, combining advanced robotics with AI for industrial applications.
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Latest News About Miro U
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Miro U Revolutionizes Robotics with Six-Armed Precision
Midea’s Bold Robotics Debut
Six Arms, Infinite Possibilities
Cutting-Edge Tech Backbone
Midea has launched the Miro U, an industrial humanoid robot that pushes the boundaries of factory automation with its unprecedented six-arm, wheel-legged design. Revealed at a high-profile event in Guangzhou, this next-generation machine is engineered to elevate manufacturing efficiency by performing complex multitasking with remarkable speed and precision. Priced competitively for industrial deployment, Miro U is set to join Midea’s washing machine factory in Wuxi by the end of 2025, promising to transform production workflows and redefine the role of robots in smart factories.
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Frequently Asked Questions
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Q1. What are Miro U's primary capabilities?
Miro U features six bionic mechanical arms with high-precision control, supports vertical lifting, 360-degree in-place rotation, and can quickly switch end-effector modules for multitasking in complex industrial environments.
Q2. How to operate Miro U?
Miro U is operated via an integrated AI agent system coordinated by a factory brain, enabling autonomous task execution and real-time decision-making based on multimodal sensing and workflow requirements.
Q3. What is the maximum carrying capacity of Miro U?
While exact specs are not publicly detailed, Miro U’s design for industrial tasks suggests a carrying capacity estimated around 10-20 kg per arm, optimized for handling components like washing machine parts.
Q4. How long can Miro U operate on a single charge?
Specific battery life is not disclosed, but typical industrial humanoid robots operate 6-8 hours per charge, sufficient for standard factory shifts with quick recharging or battery swaps.
Q5. What safety features does Miro U have?
Miro U includes real-time perception and decision-making to avoid collisions, supports safe human-robot interaction, and integrates with factory safety systems for environment, health, and safety (EHS) compliance.
Q6. How to maintain Miro U?
Maintenance involves regular inspection of mechanical arms, wheel-leg chassis, software updates, sensor calibration, and scheduled servicing to ensure precision and operational reliability in factory conditions.
Q7. What surfaces can Miro U navigate?
Miro U’s wheeled-legged chassis is designed for smooth industrial floors and factory environments, enabling stable movement and 360-degree rotation on flat, hard surfaces.
Q8. How does Miro U handle obstacles?
Equipped with multimodal sensing and AI, Miro U detects obstacles in real time and autonomously plans paths or adjusts tasks to avoid collisions and maintain workflow efficiency.
Q9. What is Miro U's maximum speed?
Estimated maximum speed is around 1-2 km/h, balancing safe navigation and task precision within factory settings.
Q10. What are common use cases for Miro U?
Miro U is used for quality inspection, multitasking assembly, material handling, daily management, TPM inspections, and EHS patrols in automated manufacturing lines.
Q11. How to reset Miro U?
Resetting involves a system reboot via the control interface or factory brain command, with options for soft reset to clear errors or full reboot for system diagnostics.
Q12. How to control Miro U?
Control is primarily autonomous through AI agents, but operators can intervene or program tasks via a centralized factory brain interface or connected control terminals.
Q13. How to connect Miro U to Wi-Fi?
Miro U connects to factory Wi-Fi networks through its onboard communication module, configured via the factory brain system to ensure secure and stable connectivity.
Q14. What is Miro U's warranty?
Warranty details are typically provided by Midea upon purchase, generally covering hardware and software support for 1-2 years with options for extended service plans.
Q15. How to update Miro U's software?
Software updates are deployed remotely through the factory brain system, allowing seamless installation of patches and feature upgrades without disrupting ongoing operations.
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