The scale-up of quad-foot robots is accelerating, but the focus of industry competition has shifted: from sports performances, agility parameters, to match deliveries, and into real-time delivery, focusing on scenario adaptation, maintenance, compliance, and ROI.
In other words, are robots going to run from the core selling point to the core capabilities, and then the more realistic questions: how long will it take to get up after buying it back? can it integrate quickly into the original business system? can it continue to work autonomously in complex environments?
This is the entrance point of SW01.
In-depth performance parameters of this medium-sized intelligent four-legged robot can be seen, SW01 directly hits the industry crankshaft running fast and unstable crankshaft performance pain points, relying on a fully self-developed joint motor module, directly pulling out a peer more powerful crankshaft 40 kg of all-terrain movement load, 45 degrees slope to 1 meter obstacle easily overturned, slopes, ditches, ladders and other harsh terrain shocks can be pinched.
More importantly, the aluminum class is more capable of running the pump, not only lasts for 6 hours at the top, the dual-battery heat exchanger can also change the power constant, automatically recharge after the automatic inspection, plus IP67 complete protection, 20 ° C to 55 ° C extreme temperature adjustment, really achieve all terrain 7x24 hours invaluable protection.
In pan-industry scenarios such as electricity, emergency fire, and smart parks, the value of mid-sized quadrupeds is showing itself: more flexible than large platforms, lower deployment costs, and better suited to high-risk, high-frequency continuous operation than small equipment.
As a result, the powertrain hand-held and lightweight complementary two cylinders, with a medium-sized SW01 running all-wheel drive and a large T01 cylinder, extended the application from a special type of cylinder to the entire cylinder industry.
Soft-hard drive: Move the modulation from the site to the factory
The largest variation in SW01 is the introduction of open-box, up-and-down, or landing, operating gear delivery standards, and the rewriting of industry rules.
It's not just selling a robot, it's selling integrated solutions, installing kits in parks, electricity, fire industries, making deep connections before going out of the factory, customers don't have to puzzle themselves; complex path planning; complex systems adapted to AI, compressing the deployment cycle from a day, hours to minutes, and landing; core SDK, OpenAPI, MES/SCADA access, all open, without having to develop from scratch.
This strongly delivered competitiveness stems from the full-scale self-development and integration of hardware, software and ecology.
At the dynamic level, SW01 directly exhibits a stronger dynamic performance of the same level, which is the core physical basis for its ability to handle all kinds of complex scenarios.
The SW01 is equipped with a new, self-developed AT-S240 joint motor module with a peak torque of 240 N. m. It supports the same level of super-strength explosive power and high dynamic response performance.
The quadruped joint, as a robotic core, needs to withstand extremely high-frequency intense shocks and complex vibrations, and has almost rigorous requirements for heat dissipation, magnetic circuit design and micro packaging.
Hydraulic power is an industry minority that develops the entire chain itself on core electrical connector modules, from design, process to mass production, and is fully autonomously controlled without relying on external supply chains.
The R&D team has also captured high-integrated joint modules in engineering bottles such as shock resistance, thermal dissipation and physical field fusion under complex working conditions, so that the product maintains a stable and reliable power output in extreme environments.
In commercial development, this not only makes products more competitive, but also results in more than 90 percent of core components self-development, from joint modules to integrated implementation, achieving autonomous control and cost optimization.
At the software level, AI is the driving force.
Self-developed AI all-terrestrial environmental sensing system, upgrading sensing decision-making from two-dimensional to three-dimensional space, operational control from touch adjustment to jump to active pre-determination, improving the efficiency of complex terrain passage by 40%, and up to 90% of regular inspection zero human intervention.
Self-developed AI intelligent inspection management platforms, multi-machine state view, high-precision map construction, intelligent path planning, multi-level authorization control, clock-to-minute compression of inspection deployments, and seamless access to management systems for large customers.
At the environmental level, Silicon Dynamics is breaking a single sales entity model, creating Silicon Software+Hardware+Economic Silicon Integration Programs, providing packages for parks, electricity, firefighting, and other industries, making deep connections to the kernel before it goes out of production, and opening up core SDK support for secondary development, covering the entire industry chain, empowering in-house and outdoor system integrators, planners, and developers.
Currently, its products have been normalized, acceptable, and maintained in real high-risk scenarios such as power grids.
High reliability, strong delivery with component clusters and manufacturing base support
The industry view is that China, which is both a manufacturer and a market leader, accounts for almost half of the global quadruped robot industry, while Chinese quadruped robot manufacturers together account for more than half of the global market.
The share of support is the entire industrial chain: local component clusters with large-scale manufacturing capacity supporting the rapid transformation of consumer, scientific research, industry and industrial specialty multi-level products, expanding the user base of consumer and scientific research markets, industry projects promoting program transformation through rapid testing and on-site feedback, and continuous improvement of international certification welding capabilities.
At present, Guangdong is focusing on the development of physical intelligence and robots, from R&D support, open-scenes to multi-dimensional coding for demonstration applications, and Shenzhen is becoming a natural testing ground for the industry with its complete component clusters and manufacturing base plates, accelerating the advancement of robotics into deep water areas of high reliability, robust delivery, and ROI.
For customers, Shenzhen's four-legged industrial chain means triple certainty:
One is the mass production and delivery capacity of nearby supply chains and the shorter response cycles of equipment and spare parts;
The second is the intensive demand for scenarios such as electricity, emergency fire, and smart parks, solutions that can be deeply integrated with local business processes;
The third is to shorten the route of copying China's prototype pump with the help of the Global Outbound Corridor to the Bay Area of Hong Kong.
As the industry enters a phase of real-world operations and commercial returns heroes, leverage is becoming a key indicator of the core competitiveness of enterprises.
From Shenzhen to Global Delivery
Out to sea is another strong signal of the momentum of the Tokyo Expo.
From the European IFA to the Expo, the two-and-a-half-year international summit, Shenzhen's representative is pushing its integrated solutions to global markets such as Europe, Southeast Asia, and pushing Shenzhen's lithium-ion production to global targets.
The dynamic outbound path is also clear: replicating system products and solutions embedded in many industries in the country globally, deeply connecting local ecological and channel partners, and building a full lifecycle service system from production to after-sales.
For example, in the ASEAN market, there is a high demand for operational intelligence in power, mining and gas parks, where the capacity of local integrators to develop is relatively weak, and where mature open-box solutions fill gaps; whereas in the European market, high human resource costs and strict compliance require higher prices, more open systems, and faster delivery of solutions.
The overall solution to reduce the thresholds for overseas customers' debriefing, deployment and use is to reduce the thresholds for debriefing, deployment and use of overseas customers with open boxes of ups and downs.
It is known that the company's products have been normalized in the domestic power grid's main customer switching stations, running stability verification under the harsh working conditions of long cycles, unmanned, continuous operation. This set of practical tests based on China's complex scenarios has yielded a mature set of solutions that can be replicated globally.
As you can see, the four-legged robot has passed the stage of not being able to run. The next stage is the competition to see the delivery, to see the ROI, to see who can really bring the complete productivity program that has been refined through the scenes into the hands of global industrial customers.
In this race for the global quadruped robot, Shenzhen's strength is worth the industry's continued attention.