Restaurant Robot Smashes Dishes, 3 Employees Restrain It

A viral video of an AgiBot X2 humanoid robot smashing plates and flinging chopsticks during a dance routine at a Haidilao hot pot restaurant in Cupertino, California has racked up millions of views in less than 48 hours. The March 17 incident, caught on multiple diners' phones, shows the 35-kilogram bipedal robot flailing its arms wildly while three restaurant employees scramble to physically restrain it.

The video has sparked a broader conversation about safety protocols for humanoid robots deployed in public spaces. As companies rush to put bipedal machines in restaurants, hotels, and retail floors, the Haidilao incident is becoming a case study in what happens when entertainment features meet real-world physics and real customers.

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Illustration of a restaurant scene. The actual incident occurred at Haidilao's Cupertino location.

What Happened at Haidilao Cupertino

On Monday evening, March 17, a diner at the Haidilao hot pot restaurant on Stevens Creek Boulevard in Cupertino requested a dance performance from the restaurant's resident AgiBot X2 robot. The robot, dressed in a promotional Zootopia 2 bib, began a pre-programmed dance routine near one of the dining tables. According to witnesses, the robot moved closer to the table than its routine typically allows. Hemmed in by chairs and table edges, the X2's arm movements collided with dishes, sending plates, bowls, and chopsticks across the table and onto the floor.

Multiple videos posted to Instagram and TikTok show the scene from different angles. In the clearest footage, the robot's arms swing in wide arcs while its lower body continues stepping in place. Three Haidilao employees converge on the machine, two attempting to hold its torso while a third appears to use a mobile phone, likely running AgiBot's companion app to trigger an emergency stop. The whole episode lasted roughly 90 seconds before staff powered the unit down using a button on its back panel.

Haidilao released a statement on March 18 attributing the incident to "human error" rather than a mechanical malfunction. The company said the robot's proximity to the dining table created a spatial constraint that its collision avoidance system did not properly handle. The robot returned to its normal greeting and entertainment duties the following day. No diners or staff were injured, though the video has generated significant discussion about whether current safety systems are adequate for public-facing robot deployments.

Under the Hood: The AgiBot X2 Platform

The AgiBot X2 is a compact bipedal humanoid built by AgiBot Innovation (formally Zhiyuan Robotics) out of Shanghai. Standing 1.31 meters tall with 25 degrees of freedom, the X2 was designed for indoor environments: exhibition halls, retail spaces, restaurants, and reception areas. It runs on a dual RK3588 compute stack (the Ultra variant upgrades to an NVIDIA Orin NX with 157 TOPS of AI inference power) and carries a sensor suite that includes 3D LiDAR, RGB-D cameras, and a microphone array for voice interaction.

The X2's arms have 5 DOF each (7 in the Ultra model), with a peak joint torque of 120 N·m and a maximum payload of 3 kg in specific postures. Its legs use 6 DOF per limb, giving the robot a full locomotion repertoire that includes walking, running, dancing, and even splits. A 500 Wh battery provides roughly two hours of runtime at walking speed. Charging takes under 90 minutes, and the Ultra variant supports auto-docking.

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Illustration of robotic actuator internals. AgiBot uses custom servo motors with integrated force sensing.

For collision avoidance, the X2 relies on its LiDAR and depth cameras to build a local occupancy map. In open spaces, this works well enough for navigation. But the Cupertino incident exposed a gap: the robot's dance routines appear to run as pre-programmed motion sequences that may not fully integrate real-time obstacle detection. When the robot was positioned too close to the dining table, the pre-programmed arm trajectories had no room to execute safely, and the system did not abort the routine in time.

AgiBot: The Company Behind the Robot

AgiBot Innovation was founded in February 2023 by Deng Taihua (CEO) and Peng Zhihui (CTO), both former Huawei engineers. In just over three years, the Shanghai-based company has shipped more than 5,100 humanoid robots, giving it roughly 39% of the global humanoid robot market by unit volume according to research firm Omdia. That makes AgiBot the world's largest humanoid robot manufacturer by shipments, ahead of Unitree, Agility, and Figure AI.

The company raised approximately 3 million across multiple early-stage rounds, with investors including Tencent, JD.com, LG Electronics, BYD, and Hillhouse Investment. Its most recent known valuation sits at roughly .1 billion, and the company is preparing for a Hong Kong IPO in Q3 2026 targeting a valuation of .1 to .4 billion. AgiBot is targeting 42 million in revenue for 2026.

AgiBot's product line extends well beyond the X2. The company's A2 series targets industrial applications with a taller, heavier frame (1.75 m, 55 kg) capable of carrying 15 kg payloads. The A2 set a Guinness World Record in November 2025 by walking 106 km from Suzhou to Shanghai. The company also makes the G2 (industrial-grade arms), D1 series, and the C5 cleaning robot. Its software stack includes the GO-1 foundation model for robot intelligence and the Lingqu operating system.

What the Haidilao Incident Means for Public Robot Deployments

The viral video lands at a moment when humanoid robot companies are racing to prove commercial viability. Haidilao, the Chinese hot pot chain with over 1,500 locations worldwide, has been an early and visible adopter of service robots in its restaurants, using them for greeting, entertainment, and light delivery tasks. The Cupertino location is one of the first U.S. venues to deploy a full bipedal humanoid for customer entertainment rather than a simple wheeled delivery bot.

The incident raises specific questions that the industry has largely deferred. Current safety standards for service robots, particularly ISO 13482:2014 ("Robots and robotic devices: Safety requirements for personal care robots"), were written before bipedal humanoids began appearing in restaurants and retail spaces. The standard addresses mobile servant robots but does not specifically cover dynamic motion routines like dancing in close proximity to unsecured objects and people. No U.S. federal regulation specifically governs humanoid robot deployments in commercial spaces.

The restaurant robotics market is projected to reach .7 billion by 2028, according to Markets and Markets. Most of that growth has been driven by wheeled delivery robots from companies like Bear Robotics and Pudu Robotics, which carry food trays on stable, low-center-of-gravity platforms. Bipedal humanoids like the AgiBot X2 occupy a different niche: they are entertainment and brand-building tools, not logistics workhorses. But their physical capabilities (swinging arms, bipedal gait, 35 kg of mass in motion) introduce risks that wheeled service bots simply do not.

What Comes Next

AgiBot has not issued a public statement beyond Haidilao's "human error" explanation. The company debuted its full product portfolio at CES 2026 in January and is actively expanding into the U.S. market, with rental pricing reported at roughly ,000 per day for service-sector deployments. Whether the viral incident helps or hurts that push depends on how AgiBot responds in the coming weeks.

The broader industry is watching closely. NVIDIA just announced expanded partnerships with AgiBot and other humanoid makers at GTC 2026, rolling out Cosmos 3 and Isaac GR00T N1.7 for production-ready robot intelligence. As more humanoids move from controlled factory floors to unpredictable public spaces, the gap between demo-ready and deployment-safe will get harder to ignore. Companies that solve safety, geofencing, and emergency response for public-facing robots will define the next phase of the industry. Companies that don't will produce more viral videos.

For Haidilao and other early adopters, the calculus is straightforward: a dancing robot that goes viral for the wrong reasons is still a dancing robot that goes viral. The Cupertino location has not pulled the AgiBot X2 from service. But if the next incident involves an injury rather than broken plates, the conversation will shift from memes to lawsuits, and regulators who have so far stayed on the sidelines may not have that option much longer.

Frequently Asked Questions

The 12-Month Outlook

The Haidilao incident will fade from social media feeds within days, but the questions it raised will persist through 2026. AgiBot's Hong Kong IPO, expected in Q3 2026, will put the company's safety track record under prospectus-level scrutiny. U.S. expansion plans will face pushback if additional public incidents occur without clear safety improvements. And competitors deploying their own humanoids in public spaces, including Unitree, Figure, and UBTECH, will need to demonstrate that their safety systems go beyond what the X2 showed in Cupertino.

Watch for three developments in the next 12 months: updated ISO standards for bipedal service robots (an ISO working group is reportedly drafting amendments to 13482), California or federal guidance on robot deployments in public commercial spaces, and AgiBot's own software updates addressing dynamic geofencing and force-limited entertainment modes. The market for public-facing humanoid robots is growing fast. The safety infrastructure needs to catch up.