Shanghai's DroidUp Unveils Moya, a Warm, Expressive Humanoid With a Reported $173,000 Price

A Humanlike Robot Steps Into Shanghai's Spotlight

Moya stands 1.65 meters tall, weighs 32 kilograms and has silicone skin designed to stay between 32 and 36 degrees Celsius. Unveiled on January 30, 2026, at Shanghai's Zhangjiang Robotics Valley, the humanoid robot can walk, smile, wink and turn its eyes toward a person. Its developer, Shanghai startup DroidUp, also known as Zhuoyide, is preparing it for settings where interaction with people matters more than lifting heavy objects.

As of February 5, Moya's commercial release is expected in late 2026, with a reported starting price of approximately 1.2 million yuan, or $173,000. Videos of its debut have attracted attention around the world, drawing both admiration for its humanlike features and discomfort at the small movements that still reveal a machine.

DroidUp describes Moya as the world's first fully biomimetic embodied intelligent robot. Biomimetic means designed to imitate living things. Embodied intelligence means putting artificial intelligence into a physical machine that can sense its surroundings and act within them, rather than keeping it behind a screen.

The company's claim places Moya in a different part of the humanoid robotics race from machines built primarily for strength, speed or factory work. Its design centers on warmth, expression and the experience of spending time with a robot. Those priorities explain its soft exterior, detailed face and proposed roles in healthcare, education, elder care and commercial services.

DroidUp is pursuing a particularly demanding version of that idea: a machine that looks and behaves enough like a person to encourage connection. Its debut also exposes the difficulty of making a nearly human appearance feel comfortable when movement still looks slightly mechanical.

Why Moya Is Designed to Feel Warm

Moya's proportions resemble those of an average adult human, although its weight is approximately 70 pounds. Beneath its silicone exterior, a skeletal structure is covered with soft materials intended to reproduce the feel of fat and muscle tissue. The aim is to give physical contact a more lifelike quality than touching a hard mechanical shell.

The robot's temperature range of 32 to 36 degrees Celsius, equivalent to 89.6 to 96.8 degrees Fahrenheit, is central to that approach. Its thermal design draws on research indicating that people subconsciously use temperature to judge kinship and emotional connection during contact.

Li Qingdu, DroidUp's founder, explained the intention in an interview with Shanghai Eye. He described warmth as part of making a robot people could relate to:

A robot that truly serves human life should be warm, almost like a living being that people can connect with.

DroidUp sees this warmth as having both psychological and practical purposes. In a care or companionship setting, the feel of a robot could become part of the interaction, alongside what it says and what it can do. Moya's design places emotional comfort close to functional capability.

How the Walking System Builds on Earlier Robots

DroidUp says Moya achieves 92 percent accuracy in reproducing human walking posture. The figure describes the company's assessment of how closely the robot's gait resembles a person's. Independent verification of that measurement is difficult, so the percentage remains a developer claim.

Moya uses the Walker 3 chassis, an evolution of DroidUp's Walker 2 platform. Walker 2 finished third in Beijing's first humanoid robot half-marathon in April 2025. The newer platform carries that earlier locomotion work into a robot whose public presentation is focused on human likeness.

The walking system combines mechanisms driven by tendons with lightweight lattice materials designed to act like muscles. A lattice is a structure built from interconnected elements. In Moya, these materials support fluid movement while helping heat escape and improving operational endurance.

The engineering goal is to reduce the jerky motion associated with earlier humanoid prototypes. For a robot intended to greet people or accompany them, walking posture becomes part of its social presence: people see the movement before they begin a conversation.

A Face Built for Small Expressions

Moya's head has 25 degrees of freedom, allowing movements that produce smiles, nods, winks and other subtle expressions. In robotics, a degree of freedom is an independent way a component can move. A head with many such movements can create a wider range of facial behavior than one limited to a few fixed positions.

Cameras positioned behind Moya's eyes track human faces, helping the robot maintain eye contact. Its expression system is described as generating dynamic responses through artificial intelligence that processes sensory information as an interaction unfolds, rather than simply playing preset facial animations.

A person approaching Moya could prompt it to turn its head, look toward the person's face and offer a small smile. Together, these actions imitate the ordinary signals people use when acknowledging someone nearby. The result is an impression of emotional engagement during conversation.

DroidUp's bionic platform also has a modular design. The company says Moya's external appearance can be changed without altering its underlying mechanical structure, including configurations with different gender characteristics and aesthetic presentations.

That flexibility is relevant to the markets the company is targeting. An educational institution might favor an appearance intended to feel approachable, while a healthcare setting might prioritize comfort and trust. Moya's design reflects a recognition in robotics research that a service robot's appearance affects acceptance and emotional response.

What Embodied Artificial Intelligence Means Here

Moya's intelligence is meant to work through a body. Conventional AI systems can process information in server farms or answer through screens. Embodied AI connects that processing to a machine operating in a physical environment, where it must perceive what is happening and respond through movement or other actions.

The robot uses sensors to collect visual, auditory and tactile information. Those inputs feed machine learning algorithms trained on extensive datasets of human behavior. In simple terms, the system uses information about what it sees, hears and touches to shape a response.

The architecture is intended to make interactions feel intuitive rather than scripted. Looking toward a speaker, adjusting an expression and responding during conversation all require coordination between sensing, processing and physical movement.

Neural networks handle these interactions and may draw inspiration from biological nervous systems. DroidUp has kept specific technical specifications guarded, leaving the detailed workings of its intelligence system undisclosed.

Where DroidUp Wants Moya to Work

DroidUp identifies healthcare facilities, educational institutions, elder care centers and commercial service environments as its main deployment opportunities. These are places where repeated interaction with people could be a central part of a robot's job, rather than an occasional step around an industrial task.

The commercial strategy rests on a bet that companionship, emotional engagement and social interaction could provide sustainable markets for humanoid robots alongside warehouse automation and industrial assembly. Moya is being presented as a robot for spending time with people, with its expressive face and warm skin serving that purpose.

In healthcare, proposed applications include medication reminders, assistance with physical therapy and conversation with elderly patients experiencing isolation or loneliness. The envisioned role is a source of consistent engagement without the fatigue or emotional strain experienced by human caregivers.

Educational settings could use customized versions of Moya as tutors. The proposed approach would adapt lesson presentation to emotional cues detected through facial recognition and eye tracking. Its appearance could also be adjusted to suit the setting.

Train stations, banks, museums and shopping malls offer another group of possible deployments. Moya could act as an information concierge, providing route guidance or consultation with a more personal style of interaction than a touchscreen kiosk or conventional automated system.

These proposed uses connect the robot's hardware to its business case. Warmth matters most when contact is part of an interaction; expressions matter when people look for acknowledgment; face tracking matters when someone expects a response directed toward them. DroidUp's focus reflects a broader industry view that automation in services requires social intelligence alongside mechanical ability.

Why Some Viewers Find Moya Unsettling

Moya's debut has produced fascination and unease. Some viewers see its expressions and movement as technical progress. Others notice the slight stiffness that remains beneath its humanlike appearance.

Social media users commenting on demonstration videos described its walking in unsettling terms. One description focused on the eerie impression created by its gait:

walking like a ghost

Other viewers compared its movement with that of a person walking in uncomfortable heels. Those reactions capture a problem that becomes more visible as a robot's face and body approach human realism: small irregularities can stand out.

Roboticist Masahiro Mori identified the uncanny valley effect in 1970. The term describes the discomfort or revulsion people may feel toward something that looks almost human. A robot can appear familiar enough to invite human expectations while moving in a way that feels unfamiliar.

Many robotics companies use cartoonlike features, exaggerated proportions or plainly mechanical appearances to reduce that response. DroidUp is taking the opposite direction, pursuing greater realism in the hope that sufficiently convincing human mimicry will produce acceptance and connection.

The 92 percent walking claim sits at the center of this tension. DroidUp presents the gait as close to human posture, while viewers still react to visible stiffness. For a machine intended for sustained social interaction, both the engineering measurement and the way people experience its movement matter to the proposed product.

Care Applications Bring Privacy and Trust Concerns

Moya's proposed use in healthcare and elder care gives its realistic design an ethical dimension. A robot built to provide warmth, eye contact and companionship would enter settings where people may be lonely, dependent on care or otherwise vulnerable.

Emotional dependency is one concern raised by increasingly realistic robots. Moya's ability to create an impression of engagement is part of its appeal, and that same design makes the relationship between a person and a machine an important consideration for care institutions.

Privacy is another concern because the interaction system gathers visual, auditory and tactile information. In intimate care settings, the data collected during conversation and physical contact could be particularly sensitive.

The prospect of robots taking on care duties also brings concern about displacement of human workers. DroidUp's emphasis on companionship and emotional labor places Moya close to activities that depend on personal relationships, as well as routine assistance. These issues accompany the company's proposed applications as it prepares for commercialization.

Price, Company History and the Launch Schedule

DroidUp was founded in 2023 and is based in Shanghai. Its development has taken place within China's expanding robotics ecosystem, supported by investment in artificial intelligence and automation amid global competition in embodied intelligence.

The progression from earlier Walker prototypes to Moya shows an iterative engineering effort directed toward human likeness. DroidUp's current presentation prioritizes social realism rather than athletic demonstrations or industrial strength measurements.

The reported starting price is approximately 1.2 million yuan, equivalent to roughly $173,000 or £127,000, a figure attributed to the South China Morning Post. At that level, Moya is positioned as a specialized purchase for institutions with substantial budgets for patient care or customer services, rather than a product for ordinary households.

A much lower figure, closer to $9,000, has also appeared, alongside suggestions that alternative pricing tiers or leasing arrangements might emerge. The explanation offered for that discrepancy is a possible currency conversion error or a different commercial arrangement, such as an institutional purchase in bulk. The final pricing structure is still uncertain.

The higher reported price places Moya among premium service robots, with DroidUp seeking to distinguish it through emotional realism rather than purely functional capability. Its proposed customers would be paying for the combination of movement, expression, sensory interaction and a lifelike exterior.

The development and launch timetable spans several years:

• 2023: DroidUp was founded in Shanghai.
• April 2025: Its Walker 2 platform placed third in Beijing's first humanoid robot half-marathon.
• January 30, 2026: Moya was unveiled at Shanghai's Zhangjiang Robotics Valley.
• February 5, 2026: Commercial availability was expected in late 2026.
• Late 2026: The planned market launch would bring Moya into the institutional care and service markets DroidUp is targeting.

Moya's commercial proposition brings several strands of engineering together: a warm surface, a soft body, expressive facial movement and a walking platform developed through earlier robots. Public reaction to the unveiling shows that acceptance will depend on how people experience that combination, alongside the functions institutions expect it to perform.

What to Know

• DroidUp, also known as Zhuoyide, unveiled Moya in Shanghai on January 30, 2026.
• The humanoid stands 1.65 meters tall, weighs 32 kilograms and maintains its synthetic skin at 32 to 36 degrees Celsius.
• DroidUp claims 92 percent accuracy in reproducing human walking posture through its Walker 3 platform.
• Moya's head has 25 degrees of freedom for expressions, with cameras behind its eyes supporting face tracking and eye contact.
• Proposed uses include healthcare, elder care, education and services in stations, banks, museums and malls.
• Commercial release is expected in late 2026, with a reported starting price of 1.2 million yuan, approximately $173,000 or £127,000.
• A lower reported figure near $9,000 has an uncertain explanation, and the final pricing structure is unresolved.
• The debut drew both admiration and discomfort, alongside concerns about privacy, emotional dependency and care employment.