AIDOL
AIDOL is Russia's first bipedal humanoid robot developed by Artificial Intelligence Dynamic Organism Lab, standing 186 cm tall and weighing 95 kg. It features 19 facial servomotors for emotional expression, seven microphones for emotion recognition, and is designed for industrial and service applications including logistics, airports, and public spaces.
Primary use case: Industrial and service tasks including logistics, customer interaction in airports, banks, and public spaces
Height
186 cm
Weight
95 kg
DOF
67
Payload
10 kg
Specifications
Physical
Height
186 cm
Weight
95 kg
Degrees of Freedom
67
Locomotion
biped
Max Speed
6 km/h
Manipulation
Payload
10 kg
Max Lift/Arm
10 kg
Commercial
Availability
announced
Primary Use Case
Industrial and service tasks including logistics, customer interaction in airports, banks, and public spaces
Related news
How China Is Turning Commercial Humanoid Robots Into Next-Generation Soldiers
China's military is accelerating efforts to convert commercial humanoid robots into combat-capable systems, leveraging the country's dominance in global humanoid robot production. The PLA is funding data collection systems and researchers project humanoid robots could be operationally deployed within five to ten years for urban warfare scenarios.
Qualcomm-powered humanoid robot collapses on stage like it was shot during live demo
A Qualcomm-powered humanoid robot from Neura Robotics collapsed spectacularly on stage during Computex 2026, folding backwards like it was shot while standing next to a Qualcomm executive. The 4NE1 Gen 3.5 robot, which boasts 700 TOPS of AI processing capability, was later covered and carried away, though it was dropped again before being removed from the venue. Qualcomm later claimed the incident was a "safe-collapse" sequence working as designed.
Viral video shows Qualcomm-powered humanoid robot collapsing during live keynote
A Qualcomm-powered humanoid robot collapsed face-first on stage during a live keynote at Computex 2026 in Taiwan, prompting handlers to cover it with a cloth and carry it away. The company attributed the incident to a communication glitch and stated the robot executed its built-in safe-collapse sequence, adding that the failure provided valuable real-world data to improve the robot's software and system reliability.