Author: Robots Daily

A humanoid robot is moving across a stage in Zhangjiang EAI Conference 2026. Its steps follow the rhythm of the music. The balance shifts smoothly between both legs. The walking pattern feels close to a human body in motion. When the performance ends, it turns toward the audience. It speaks without delay. Facial expressions change within seconds, shifting through multiple emotional states. The skin shows subtle muscle-like movements, creating a lifelike expression that feels reflective. This is Moya, a Chinese humanoid robot developed by DroidUp. The robot first gained attention online as a “silicon girl”. Now it returns with a…

Humanoid Robots and the Rise of Physical AI In its latest thematic report on humanoid robots, Barclays says AI is moving from “digital intelligence” into “Physical AI.” For the past few years, most of what AI could do was still stuck inside the digital world. Large language models could write. AI agents could help manage calendars. Coding assistants could finish lines of code. They were mainly solving problems around writing, programming, data analysis, and software workflows. Now AI is beginning to enter real spaces. It needs to read the environment, understand the task, move a body, use tools, and turn…

Unitree Robotics is one of the most closely watched companies in China’s robotics industry. Many people first discovered Unitree through its quadruped robot dogs. By 2026, the spotlight had started to shift toward Unitree humanoid robots. On the Spring Festival stage, Unitree’s humanoid robots performed in a coordinated group routine, bringing Chinese humanoid robots into the public eye on a much larger scale. Lately, Unitree Robotics’ IPO plans drew more attention to the company’s commercial progress. What kinds of robots does Unitree sell? Where are Unitree robots being used? Which real-world scenarios are already testing them? These are the questions…

When China’s kung fu humanoid robots appeared on the 2026 Spring Festival Gala, they quickly drew attention across social media. They backflipped, tumbled, moved with human dancers, and performed with nunchucks and staffs on stage. That raised a simple question: are these kung fu robots humanoid robots, smart robots, or examples of Embodied AI? Are these terms just different names for robotics, or do they refer to different concepts? This article explains the differences between Embodied AI, smart robots, and humanoid robots, and shows how they relate to each other. What Is Embodied AI? Embodied AI refers to artificial intelligence…

In sci-fi movies, humanoid robots often feel like futuristic machines with human-like behavior. In reality, much of what appears fictional is already being developed through real engineering systems and industrial supply chains. Humanoid robots are designed in human form for a practical reason: the physical world is built for human movement, tools, and environments. Inside the system, their structure is relatively straightforward, built around mechanical, electrical, and computational layers that work together. A humanoid robot typically combines a mechanical skeleton, motor-driven actuators, a central control system, and multiple layers of sensors that function like vision and touch. These components allow…

Chinese humanoid robots are increasingly expanding into overseas markets, moving from early-stage trials to practical deployments in airports, hospitals, logistics centers, and industrial environments. The global robotics landscape is shifting as China strengthens its position in both manufacturing scale and commercial application. Global Expansion of Chinese Humanoid Robots Chinese humanoid robots are beginning to appear outside domestic markets, including airport trials in Japan and early-stage industrial deployments across Southeast Asia and Europe. In 2025, Chinese manufacturers accounted for 84.7% of global humanoid robot shipments, reflecting a dominant position in the supply chain. Among leading companies, Unitree alone shipped approximately 5,500…

UWORLD U1 humanoid robot from UBTECH has quickly become one of the most talked-about consumer robotics launches of 2026. Within 10 days of pre-orders opening on JD.com, the U1 series reportedly attracted more than 3,800 reservations, signaling growing interest in emotionally interactive humanoid companions. On June 2, 2026, UBTECH’s consumer brand UWORLD opened pre-sales for the U1 series. Buyers were required to place a refundable deposit of RMB 3,000 (around $420). The robot is scheduled for official launch on June 30, with first deliveries expected later in the year. The product sits at the intersection of robotics and AI companionship,…

As robots become more human-like, a simple resemblance in body shape, voice, or gesture is usually enough for people to read a sense of humanity into the machine. It may even feel cute, something closer to a character than a device. That impression does not last once the robot becomes too human. A human face, skin, eyes, or natural-looking movement changes how every detail is perceived. A slightly stiff smile, an off-timed blink, an empty stare, or a walk that is almost human but not quite will suddenly stand out. The closer a robot gets to human appearance, the less…

By 2026, the Chinese humanoid robot landscape becomes easier to map across price tiers and application scenarios. Entry-level systems such as Noetix Bumi push pricing down to around $1,475, while developer-focused platforms like the Unitree G1 sit near $13,500. At the same time, companies including UBTECH, AgiBot, Fourier, Galbot, and XPeng are accelerating deployments in manufacturing, service industries, healthcare research, retail, and exhibition environments. This overview breaks down the most notable Chinese humanoid robots in 2026 and highlights where each model fits in terms of cost, capability, and real-world use cases. Cheapest Chinese Humanoid Robot in 2026: Noetix Bumi Noetix…

For years, dexterous hands were considered auxiliary devices for robots. For basic gripping tasks, a robot could often rely on a simple gripper, clamp, or standard end effector. At ICRA 2026, multiple Chinese manufacturers displayed innovations in next-generation dexterous hands, mainly in degrees of freedom, tactile sensors, drive units, payload, and data acquisition. Today, the focus is no longer whether a dexterous hand can open, close, and grip objects. The harder challenge is whether it can detect contact, adjust force, handle delicate objects, and record useful interaction data during real tasks. Wuji Hand 2: Lightweight Direct Drive With Full Tactile…