LUS2
LUS2 is a full-size, highly biomimetic humanoid robot developed by Shenzhen-based Lumos Robotics, representing a major leap in motion control and artificial intelligence integration. It demonstrates real-time reflexes, extreme agility, and human-like movement through advanced proprioceptive sensing, neural motion planning, and large language model integration. LUS2 can transition from ground to upright in under one second, showcasing rapid adaptability and balance. Its modular architecture, robust actuators, and rich sensor suite enable precise manipulation and safe interaction, supporting deployment in complex environments including industrial facilities, healthcare settings, and search-and-rescue operations worldwide with scalable autonomy and reliability.
Robot Specifications
- Key FeaturesKey Features
- Top Features
- Other Features
Weight
57 kg
Battery Life
3 years
Warranty Info
2 years
Battery Pack
10000mAh
Charging Time
2-3 hours
Carrying Capacity
10 kg per arm
Speed
4 km/h (1.12 m/s)
Dimensions
160 x 50 x 30 (cm)
Connectivity
Wi-Fi, Ethernet, 5G
Available Colours
White, black, silver
Runtime
3 hours on full charge
User Interface
Touch panel, voice, gesture, app
App Integration
Custom control app, cloud dashboard
Cloud Integration
Cloud services, teleoperation servers
Compatible Devices
External sensors, mobile bases, tool changers
Available Countries
China, USA, EU, Japan, South Korea, Australia
Sensors
Intel RealSense D435i, Finger and palm tactile sensors, IMU, ultrasonic sensors, 360° LiDAR, gyroscope, force sensors, temperature sensors
Image Gallery
Below images are from Lumos Robotics's official sources
Review Videos
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Latest News About LUS2
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Lumos LUS2 Springs to Feet in One Second, Redefines Humanoid Agility
Shenzhen-based Lumos Robotics has unveiled a significant advancement in humanoid robotics with its LUS2 model, a full-size bipedal robot that demonstrates unprecedented agility through rapid sit-to-stand transitions and real-time motion adaptation. The robot's ability to spring from a horizontal position to upright stance in just one second marks a watershed moment in embodied AI development, achieved without cables, external assistance, or mechanical struggle. This breakthrough stems from high-power-density actuators working in concert with neural motion control systems that enable fluid, human-like movement previously confined to laboratory demonstrations.
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Frequently Asked Questions
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Q1. What are LUS2's primary capabilities?
LUS2 excels in real-time reflexes, extreme agility, human-like motion, neural AI planning, and proprioceptive sensing, enabling dynamic balance, obstacle navigation, and cognitive interaction.
Q2. How to operate LUS2?
LUS2 is operated via a user interface that supports manual control, AI-driven autonomy, and integration with language models for voice commands and task programming.
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