Market shortages
On October 8, Shenzhen announced a new order for 8 250HP work-grade ROV deep-sea robots in South America and Southeast Asia, with a total contract value of RMB 300 million, scheduled for delivery between 2026 and 2027.
On 10 October, FaceWall Intel announced a formal strategic partnership with RoboCop. The two sides will launch a long-term collaboration around data, model and scenario applications of physical intelligence, to leverage both sides' advantages in efficient base models, physical and industrial scenario landings.
On October 9, Shareholders signed a strategic partnership agreement with Uber to work together to scale up the deployment of intelligent robots in government halls, commercial complexes and industrial parks.
On October 9, China announced a strategic partnership with Tianjin's leading robotic intelligent equipment overseas enterprise, where the two sides will work in-depth on smart smart hands commercialization, in- and out-of-market expansion, industrial ecological collaboration to accelerate high-performance industry-level smart hands-scale landing.
On October 9, the company released its third-quarter results, with sales of laser radars in the robotics field reaching 14.52 million units, a 309% increase.
On 8 October, the company disclosed in the Investor Interaction Platform that more than one million human robot precision parts were delivered between 1 and August 2026, and orders in the third quarter grew faster than in the first half of the year and were expanding according to customer demand.
On October 8, the company announced that its ToF laser range sensor had been delivered in bulk to its dedicated robotic customers, while it was developing multi-modal sensors that incorporate image, depth, speed, and other multi-modal information that could be applied to scenarios such as agile hand-held visual perception and physical space perception.
On October 5, German autonomous industrial robot company RobCo announced its valuation of more than $1 billion and its cumulative sales of more than 1,000 robots, including companies such as BMW.
On 10 October, the joint encoder enterprise announced the acquisition of a targeted project by the country's leading joint modules manufacturer, the terminal aimed at leading robotics enterprises, and the project is scheduled for mass production in December 2026.On October 10, Taipei Intellectual Property signed a partnership agreement with the Big Data Association of the City of Tianjin, focusing its collaboration on brain-machine interfaces and exploration in the direction of physical intelligence.
On 9 October, Big Body Smart signed a strategic partnership agreement with China's mobile conglomerate Qinhua to jointly promote the deployment of 5G+ computing network+ with physical intelligence.
On October 2, the price of ET1 was revealed, a product with 26 degrees of freedom and three versions priced from US$79,000 to US$179,000.
On October 11, Robotics released a voluntary announcement announcing the recent formal signing of a cooperation agreement with the University of Science and Technology of China to carry out technical R&D and scenario verification of flexible 3D touch sensing devices and array systems.
On 8 October, Desi Wei said that its robotic domain control has reached a strategic partnership with several of the country's leading companies, and this year it has shipped top-of-the-line robotic domain control products to offshore companies.
Product outlets
On September 24, WingFee Tech officially launched the new Camel-T1000 series of smart trailers, along with the launch of the RaaS (Robot as a Service) rental program, which starts at $499 per month.
On October 10, Fuji Technologies announced the release of the all-new generation of X-MVS 5.0 smart body general machine vision platform, with a self-developed industry parameter model library.
On October 8, the company launched its innovative Physical AI solution for the retail industry, as well as two fully self-developed robots and robotics management platforms, both of which can handle high-speed tasks such as transportation, replenishment, shopping, inspection, etc.
On September 29, DYNA Robotics released the Dyna-2.1 system and the Taku, a semi-automatic robot with five degrees of freedom in its two arms, which can handle clothing, bottle caps and pressure washing machine buttons with precision.
On 6 October, Kawasaki Heavy Industries announced the successful completion of the development of the Home LEO prototype, a quadruped social robot aimed at intelligent retirement, which is expected to launch in 2028.On October 8, West Lake Robot officially released the human-to-body general-brain base model WR1, achieving key technological breakthroughs in high-dynamic human-to-body synchronization, unlocking the sophisticated flexibility of human-to-human autonomously overlapping clothing.
On October 9th, RoboCop Joint Eye Vision released the LET-HumanMotion-Roban2 dataset, based on eyeball MotionDecode, which captures high-precision human motion data to support action learning, exercise strategy training, and robot development.
On 10 October, Electroluminescent Technologies released a new body-smart product in the air, which can be used to achieve crawling and other tasks by means of a conveyor belt with a sleek mechanical arm.
On 10 October, Waterspeak Smart launched the humanoid greenhouse harvesting robot 1.0, equipped with sliding elevator arms and clever hands, which can autonomously complete the entire process of harvesting greenhouse fruits and vegetables with precision.
On October 8, Kawasaki Heavy Industries announced the release of a 110-kg high-speed coding robot aimed at compact space packaging production lines.
On October 8, Invidia, a joint MIT Honshu team, the University of Hong Kong, and others released and open-source the world-action model Long-WAM, which includes video prediction and motion generation for real-time controlled expansion of the context of the Causal World-action model.
On October 10, Source announced the results of its full-body Intelligent Human Base Model (WBI) system, and adapted the U-tree G1 to the accelerated evolution of T2 robots, allowing access to autonomous task scenarios such as table cleaning, dishwasher operation and refrigerator cleaning.High workforce dynamics