Walk into a distribution center at peak season and you will not see a humanoid. You will see hundreds of low, square robots gliding under shelves, ferrying totes to pickers who no longer walk fifteen kilometers a shift. That is the less photogenic, more profitable edge of China's robot boom — and Hikrobotics (海康机器人) owns a big slice of it.
Hikrobotics is the robotics arm of Hikvision, the Hangzhou surveillance giant, and it builds Autonomous Mobile Robots (AMRs) and machine-vision systems for factories and warehouses. It does not chase the humanoid (人形机器人) headline; it chases throughput.
A product refresh aimed at density
In October 2025, Hikrobotics held a mobile-robot hardware launch and refreshed most of its lines at once. The headline was the STRP solution — "Super Tote-Relay-Pick" — upgraded to version 2.0 with about 20% more storage density. The company organizes its robots into six families: latent, forklift, tote, transfer, heavy-duty, and composite.
Concrete upgrades included a second-generation latent forklift adding a 1.5-ton load option, a new F3 "small but tough" forklift with 30% fewer cables through platform integration, and a Q3S latent-lift AMR just 125 mm tall that slips under low cages. The STU tote robot reaches 4 meters per second with sub-3-second pick cycles. These are unglamorous specs, but they are exactly what determines whether a warehouse saves money.
Already at six-figure scale
By May 2024, Hikrobotics said it had produced more than 100,000 AMRs. That is a manufacturing achievement in its own right — most robot startups are still counting prototypes. The company runs international hubs in the Netherlands, South Korea, and Singapore, plus regional offices across Europe and Asia, which matters for overseas buyers who need local service.
One deployed example: a Chinese retail group's Wuhan warehouse, handling 180 stores, installed 264 latent mobile robots with a scheduling system whose response latency sits under 100 ms and whose fleet utilization hits 95% at peak. The operator reported picking efficiency up 35%, sorting accuracy at 99.95%, storage density up 50%, and daily throughput around 30,000 cartons. Numbers like that are why mobile robots, not humanoids, are the part of robotics already paying rent.
Where the intelligence lives
Hikrobotics pairs its hardware with machine vision — code readers, smart cameras, and logistics systems that capture weight, barcode, and volume in one pass. The "brain" here is less about conversation and more about routing, identification, and timing: the embodied-AI (具身智能) problem of a robot knowing where it is and what it holds.
The company's simulation software lets a customer plan and test a layout before installation, addressing the real blocker in warehouse automation — not the robot, but integrating it with existing systems and people.
Honest limitations
Production-volume and product-spec claims are company-disclosed at the October 2025 launch and on the firm's global site; the 100,000-AMR figure dates to May 2024 and is a cumulative production count, not active installed base. The Wuhan warehouse metrics are a vendor case study and reflect one well-resourced deployment, not a guaranteed outcome for every customer. No independent audit of these numbers was performed for this article.
What readers can do now
- Warehouse operators should benchmark Hikrobotics' six product families against their own SKU mix before assuming a humanoid would help — boxes, not bodies, are the near-term ROI.
- Supply-chain buyers should weigh local-service coverage (Hikrobotics cites hubs in three countries) as heavily as unit price.
- Robotics watchers should track AMR fleet utilization and accuracy as the real KPIs of "embodied intelligence" in logistics, not demo videos.