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Motion 2

A Vietnamese-developed humanoid robot with advanced balance, heavy-load lifting up to 40 kg, self-charging autonomy, and AI motion planning for industrial and service use.
Actuators
Uses electric servo actuator.
Compiute
Equipped with Qualcomm Dragonwing IQ10.
Sensors
Max Op. time
mins

Recent Robot Videos

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Robot Brief

The Motion 2 is the second-generation humanoid robot developed by VinMotion, a robotics company under the Vietnamese conglomerate Vingroup. Engineered with a focus on self-sufficiency, stability, and industrial usability, Motion 2 showcases significant advances in dynamic balance, manipulation strength, and autonomous operation compared to its predecessor. At CES 2026, it demonstrated robust physical abilities—such as lifting heavy loads and performing boxing-style actions—leveraging the Qualcomm Dragonwing IQ10 chip platform for on-device AI, improved center-of-mass control, and continuous real-time adjustment of motion under load. The robot is being positioned for future use in industrial logistics, manufacturing support, and service scenarios, reflecting VinMotion’s ambition to commercialize humanoid robotics beyond research prototypes.

Use Cases

  • Dynamic Locomotion & Motion Skills:
    Walks, shifts posture, and maintains balance during complex actions like bending and boxing motions.
  • Heavy Object Handling:
    Demonstrated capability to lift up to 40 kg while maintaining balance.
  • Stable Autonomous Operation:
    Designed with “3S” standards for independent operation 24/7: Self-standing up, Self-charging, Stable behavior.
  • Self-Recharging:
    Detects low battery and autonomously returns to charging station.
  • AI Movement Planning & Adaptation:
    Uses on-device AI for motion planning and environment interaction.

Industries

  • Industrial Automation & Logistics:
    Assisting with repeated material handling and inspection tasks.
  • Manufacturing Support:
    Potential deployment in QC, part transport, and assembly support in factories.
  • Service Robotics:|
    Future applications in service roles as physical AI and autonomy improve.
  • Research & AI Development:
    Platform for advancing embodied intelligence and humanoid control.
  • Interactive Entertainment/Education:
    Demonstrations and human-robot interaction research.

Specifications

Length
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Width
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Height (ResT)
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Height (Stand)
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Height (Min)
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Height (Max)
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Weight (With Batt.)
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Weight (NO Batt.)
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Max Step Height
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Max Slope
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Op. Temp (min)
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Op. Temp (Max)
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Ingress Rating
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Intro

Motion 2 is a full-size humanoid robot developed by VinMotion and showcased at CES 2026, representing a substantial leap over its first-generation predecessor. Central to its mechanical performance is a refined drive and balance control system that enables the robot to handle dynamic tasks while maintaining stability—even during impactful motions like lifting or simulated boxing. A key differentiator is the use of the Qualcomm Dragonwing IQ10 processor, which brings dedicated on-device AI and physical reasoning (“Physical AI”) to the robot’s motion control, enabling real-time adaptation to changes in load and terrain without reliance on cloud connectivity.

The robot was developed around a “3S” philosophy:

  • Self-standing up: It can autonomously recover from falls.
  • Self-charging: It detects low power and navigates to a charging station without human intervention.
  • Stable: Continuous motion and balance control for sustained autonomous operation.

At the CES presentation, Motion 2 demonstrated an ability to lift heavy weights, retain balance under load, and execute complex dynamic motions like bending and boxing, highlighting the system’s mechanical robustness, improved actuation, and advanced control algorithms. The robot’s design removes many exposed wiring and mechanical linkages seen in earlier prototypes, resulting in a cleaner and more industrial-ready form factor. The combination of physical capabilities and on-device AI reflects VinMotion’s ambition to move humanoids from lab demos into practical industrial and commercial applications.

Connectivity

  • WiFi/Bluetooth

Capabilities

  • Advanced Balance & Posture Control:
    Maintains stability during dynamic tasks.
  • Heavy Lifting:
    Demonstrated object manipulation under load.
  • Self-Recovery After Falls:
    Can autonomously stand back up.
  • Self-Charging Autonomy:
    Automatically returns to charging station at low battery.
  • AI-Driven Motion Planning:
    On-device reasoning with Dragonwing IQ10 CPU.
  • Continuous 24/7 Operation Design:
    Autonomous battery swap, suitable for extended duty cycle.