{"id":609696,"date":"2026-08-22T07:48:31","date_gmt":"2026-08-22T07:48:31","guid":{"rendered":"https:\/\/www.olympiajournal.com\/news\/story\/609696\/practice-is-the-sole-criterion-for-testing-robots-deep-robotics-six-industry-product-lines-make-their-first-complete-debut-at-wrc-2026.html"},"modified":"2026-08-22T07:48:31","modified_gmt":"2026-08-22T07:48:31","slug":"practice-is-the-sole-criterion-for-testing-robots-deep-robotics-six-industry-product-lines-make-their-first-complete-debut-at-wrc-2026","status":"publish","type":"post","link":"https:\/\/www.olympiajournal.com\/news\/story\/609696\/practice-is-the-sole-criterion-for-testing-robots-deep-robotics-six-industry-product-lines-make-their-first-complete-debut-at-wrc-2026.html","title":{"rendered":"Practice Is the Sole Criterion for Testing Robots! DEEP Robotics’ Six Industry Product Lines Make Their First Complete Debut at WRC 2026"},"content":{"rendered":"

Beijing, China – Aug 22, 2026 –<\/strong> From August 19 to 23, the 11th World Robot Conference (WRC 2026) grandly opened at the Beijing Etrong International Exhibition & Convention Center in Yizhuang. Under the theme “Human-Robot Symbiosis, Where Supply Meets Demand,” over 300 domestic and international enterprises competed on the same stage, showcasing more than 2,000 cutting-edge exhibits. From humanoid robots demonstrating dexterous operational capabilities, to specialized robots replicating high-risk scenario operations, to industrial robots simulating real production processes, exhibitors presented their technological achievements. This was not only a showcase of hardcore capabilities but also a precise alignment of industrial supply and demand.<\/p>\n

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Beneath the dazzling technological displays, the industry is increasingly focused on whether robots can truly solve real-world operational challenges. Deployment capability has become the core yardstick for evaluating robot value. As a global leader in embodied AI technological innovation and industry applications<\/strong>, DEEP Robotics’ booth did not feature grand conceptual narratives. Instead, it brought a full matrix of hardware products honed across thousands of real-world industries, alongside six industry-standardized solutions. With steady climbing motion control, high-precision environmental perception, and “out-of-the-box” industry products, DEEP Robotics demonstrated to the industry with hardcore strength: Practice is the sole criterion for testing robots.<\/strong><\/p>\n

Anchored to Real-World Conditions: Validating Robot Value Through Actual Operations<\/strong><\/p>\n

At this year’s WRC, robots were deeply integrated into the full spectrum of exhibition services, covering reception, security guidance, on-site operations, and even co-branded food and beverage preparation. These immersive, hands-on interactions attracted large crowds of visitors. Yet beyond the spectacle, a fundamental question about industry development remained: Can these robots be deployed in real-world scenarios? Can they reliably solve problems that were previously unsolvable or poorly addressed?<\/p>\n

In response to this question, DEEP Robotics’ answer is to stay rooted in real scenarios, continuously iterating and refining products based on actual operational needs. At this exhibition, DEEP Robotics’ full hardware matrix—”One Humanoid, One ‘Cat,’ One ‘Dog'”—made a complete appearance, representing humanoid, quadruped, and wheeled-legged form factors. This intuitively demonstrated the comprehensive capability of multi-form robots to adapt to various real-world industry conditions.<\/p>\n

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A flawless military-style boxing routine, a seamless backflip—the DR02 humanoid robot captivated the audience with a high-difficulty performance. But this was no mere showmanship. Behind the stable motion control lies a design logic anchored to real industry operational needs. As the world’s first all-weather industry-grade humanoid robot, DR02’s premium hardware configuration, proprietary core algorithms, IP66 protection rating, and -20°C to 55°C wide-temperature operating capability are all engineered to handle frontline complex operating conditions. Currently, DEEP Robotics’ humanoid robot has completed substation field operation testing and outdoor firefighting rescue drills. In the future, it will effectively undertake high-risk, high-intensity tasks that are difficult for humans to perform.<\/p>\n

Obstacle crossing, climbing, crawling, traversing—the Lynx wheeled-legged robots, repeatedly tested in complex terrains and hazardous environments, demonstrated formidable all-terrain traversal capabilities. On site, the Lynx S10, a small wheeled-legged robot launched earlier this year, made a stunning debut with agile movements including Thomas spins and single-wheel rotations. Weighing less than 20 kg including its battery, the Lynx S10 can be carried and rapidly deployed by a single person, easily navigating narrow passages and debris gaps that larger equipment cannot reach. It has carved out a new lightweight operational track in scenarios such as emergency rescue and reconnaissance, effectively filling the coverage gaps of heavy equipment.<\/p>\n

If the Lynx S10 breaks new ground with its lightweight design, the Lynx M20S—dubbed the “New Generation All-Terrain King”—pushes the performance limits of industry-grade wheeled-legged robots to their full potential. At the center of DEEP Robotics’ booth, the Lynx M20S effortlessly hopped onto an 80cm platform with a single two-wheeled leap. But its capabilities go far beyond “jumping high”—a 35kg effective payload dramatically expands operational boundaries, an IP67 protection rating withstands wind, rain, and dust, and a top speed of 9 m\/s maximizes operational efficiency. Greater load, higher protection, faster speed—three core attributes combine to broaden the application depth of wheeled-legged robots in industrial inspection, logistics delivery, and security patrols.<\/p>\n

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Alongside the Lynx wheeled-legged robots, the flagship quadruped robot—the X30—also made an appearance. Since its inception, the X30 has set the benchmark for quadruped robots with its industrial-grade extreme performance, firmly holding its position as the industry’s leading workhorse. It doesn’t pick scenarios—it takes on the toughest challenges. It has ventured deep into “uninhabited zones,” patrolling the Gobi Desert with a 96.5% recognition accuracy rate, safeguarding clean energy infrastructure and pioneering a new model of unmanned O&M in extreme environments. It has faced “high-risk zones” head-on, navigating the cramped corridors of Switzerland’s largest nuclear power plant—operating efficiently and stably in the extreme environment of confined spaces, dense equipment, and radiation hazards. Whether in enclosed workshops or untamed wilderness, in extreme cold or scorching heat—the X30 robot dog, with its industrial-grade hardcore performance, has become a star product in the global quadruped robot market.<\/p>\n

DEEP Robotics’ founding vision is to ensure that every product creates value in real-world conditions. That is why the company integrates environmental adaptability, motion control, and complex mission requirements into its product design, continuously refining its R&D and testing systems. By honing hardcore performance against real-scenario demands, DEEP Robotics has built a solid hardware foundation for embodied intelligent robots, establishing standardized, deployable, and reusable industrialization capabilities.<\/p>\n

Six Standardized Solutions Assemble for the First Time <\/strong>– “Out-of-the-Box” Becomes the Industry Standard<\/strong><\/p>\n

Industry clients may be drawn in by concepts, but what ultimately wins them over is the ability to solve real problems. Hardware is a vehicle, not the destination—the true value lies in addressing industry pain points. At WRC, DEEP Robotics, for the first time, centrally showcased standardized solutions across six major scenarios: energy and power, emergency firefighting, security patrols, industrial O&M, public services, and education and research. These standardized solutions are built on the foundation of over 1,200 real-world scenarios. Through accumulated deployment experience, DEEP Robotics has transformed its expertise into replicable, deliverable standardized capabilities, offering standardized industry products to drive the large-scale application of embodied AI.<\/p>\n

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Among them, DEEP Robotics’ energy and power solution<\/strong> creates a full-scenario smart inspection system covering “generation, transmission, transformation, distribution, and consumption,” driving autonomous O&M across the entire energy chain. The emergency firefighting solution<\/strong> builds an integrated operational matrix covering reconnaissance, fire suppression, communication, and transport, enabling robots to be the first to step into the most dangerous unknown zones and provide first-hand intelligence for rescue decision-making. The full-scenario security solution<\/strong> relies on 24\/7 autonomous patrol capabilities to build a human-robot collaborative, multi-dimensional security system, capable of performing routine patrols, hazard identification, personnel situational awareness, and on-site evidence collection. The industrial O&M solution<\/strong> addresses complex, high-risk conditions such as high temperatures, dust, toxic gases, and narrow corridors, delivering closed-loop operations including equipment status inspection, hazard identification, meter reading, and leak detection. The public service solution<\/strong> can be applied to urban public services and large-scale events, performing tasks such as designated material handling, intelligent tracking, and panoramic live broadcasting, supporting the refinement and intelligent upgrade of urban public services. The education and training solution<\/strong> provides a full-chain educational ecosystem from hardware platforms to complete curricula, lowering the barriers to embodied AI research and teaching, bridging theoretical learning with physical robot operation, and nurturing the next generation of talent in the embodied AI field.<\/p>\n

Beyond the six industry solutions, DEEP Robotics’ booth also featured the industry’s first “Reconnaissance & Communication Robot” designed for confined-space rescue. Specifically tailored for scenarios such as mines and tunnels, it addresses the shortcomings of traditional rescue operations—”poor reconnaissance visibility, communication blackouts, and high risks.” This robot can replace rescue personnel in entering high-risk confined spaces, performing advance reconnaissance, situation assessment, emergency networking, and life detection, providing efficient and safe intelligent support for disaster emergency response.<\/p>\n

From Being “Watched” to Being “Used”: The Confidence Behind the World’s No.1 Industry Application Revenue<\/strong><\/p>\n

At the booth, a robot dog carried flowers to visitors, while the Yunju robot horse slowly walked through the crowd, drawing the gaze of all around. These lively and engaging interactions sparked the imagination of a future powered by intelligent machines. Yet impressive demonstrations are merely windows to reality—the real arena has long extended beyond the exhibition hall.<\/p>\n

In 2025, DEEP Robotics ranked first globally in quadruped robot industry application revenue<\/strong>—a result of relentless refinement across 1,200+ real-world scenarios. With nine years of deep cultivation, DEEP Robotics has consistently adhered to a scenario-driven technology approach, progressing through four stages: “technology development, scenario validation, product line expansion, and intelligent upgrade.”<\/p>\n

Beyond visible product capabilities lies a highly competitive technology foundation. With its “Embodied Brain” at the core, DEEP Robotics has built a full-stack “Perception–Decision–Action” technology system. In response to the three major challenges—complex terrain, diverse scenarios, and harsh environments—DEEP Robotics has achieved breakthroughs in agile motion control, intelligent perception and planning, and high-performance whole-machine design. It has developed industry-grade quadruped robot system, achieving large-scale deployment across energy, emergency response, and security sectors.<\/p>\n

As a leader in embodied AI technological innovation and industry applications, DEEP Robotics draws its confidence for sustained expansion from an unwavering commitment to full-stack in-house R&D<\/strong>—covering both underlying hardware and upper-level algorithms<\/strong>. This integrated approach enables the company to strike an optimal balance between technological advancement and cost efficiency, while continuously pushing the boundaries of industry technology. Anchored by real-world scenarios and driven by the development of its core “Embodied Brain,” DEEP Robotics remains focused on overcoming technical challenges and exploring pathways for industrial development, steadily guiding embodied AI industry toward a higher dimension.<\/p>\n

From the bustling crowds at the World Robot Conference to the high-voltage substations thousands of miles away, the dust-filled tunnels, and the sweltering underground utility corridors—DEEP Robotics is delivering the same answer: returning technology to its essence as a tool, and making robots a reliable source of productivity.<\/p>\n

WRC 2026 is themed “Human-Robot Symbiosis, Where Supply Meets Demand.” Yet true “integration” never happens under the spotlight—it happens when robots take on tasks that humans are unwilling, unable, or afraid to perform. True “symbiosis” is not about performing side by side on a stage, but about the trust exchanged between humans and machines in the dead of night, in moments of crisis, and under harsh working conditions.<\/p>\n

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Practice is the sole criterion for testing robots—and this standard is being continuously recalibrated by real-world work orders across thousands of industries. When the confidence of full-stack in-house R&D<\/strong> moves beyond conceptual narratives and takes root in every kilowatt-hour of “generation, transmission, transformation, distribution, and consumption,” in every meter of tunnel rescue, and in every night of urban security patrol, it is no longer a future vision—it is happening now.<\/p>\n

About DEEP Robotics<\/strong><\/p>\n

DEEP Robotics develops and manufactures quadruped robots, wheeled-legged robots, and the core components that go inside them. Its “Perception–Decision–Execution” technology framework supports deployments across energy, emergency response, industrial operations, and education. Coverage of the company’s work has appeared in Reuters, BBC, and Bloomberg, and its research has been featured on the cover of Science Robotics.<\/p>\n

Media Contact<\/span>
Company Name:<\/strong> DEEP Robotics
Contact Person:<\/strong> Vivian Chen
Email:<\/strong> Send Email<\/a>
Country:<\/strong> China
Website:<\/strong> https:\/\/www.deeprobotics.cn\/en<\/a><\/p>\n

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