RoboSense's 595,600-unit quarter and Changying's 1.1M components
RoboSense reported third-quarter lidar shipments of 595,600 units, up 220.9% year over year, with robotics contributing a rising share and products now listed in NVIDIA's HSB ecosystem. Changying Precision disclosed deliveries of more than 1.1 million humanoid robot precision components from January to August 2026, with order growth accelerating. Both figures place robot perception and component supply at volumes that until recently belonged to consumer electronics.
ZTE confirmed a multi-form humanoid lineup at WAIC 2026, a telecom equipment maker entering full robot hardware on the strength of manufacturing and supply chain scale. Policy runs in the same direction: Guangdong party secretary Huang Kunming urged Shenzhen to mobilize city-wide resources for AI and robotics, while Agility carried deployment barriers to the White House science summit, placing fleet permits and safety rules on the federal agenda.
Capital is following the sensing layer. Huanchuang Technology listed in Hong Kong with HKD 100 million cornerstoned by BYD subsidiary Golden Link, funding a vacuum-robot perception supplier as spatial sensing competition tightens. Tooling costs are also falling: AWS combined cloud services with NVIDIA robotics software into an open-source Physical AI Toolchain covering synthetic data, training and simulation.
Deployment evidence is accumulating outside the lab. DEWALT and August Robotics reported that the DALE drilling robot has cut over 385,000 holes in data center construction at more than 99% accuracy and up to ten times manual speed, a fleet-capable system already in commercial service. Sanctuary AI showed dexterous hands peeling and sealing an envelope, and MIT engineers built a sheet-like swimmer driven by light-responsive living muscle cells, reaching four body lengths per second without an onboard battery.
Two observations follow. Lidar and component volumes validate demand at the supply layer; the next test is whether that volume converts into bill-of-materials share on full humanoid machines rather than perception alone. Policy signaling from Shenzhen and Washington, plus open-source toolchains, lowers entry costs, shifting the binding constraint toward field reliability and permit regimes.