KUALA LUMPUR, July 22 (Bernama) -- DEEP Robotics, a global embodied intelligence leader, displayed its full robot portfolio, six industrial solutions and two exclusive original robots at the 2026 WAIC in Shanghai, attracting strong interest from the heavy industry sector.
The company said in a statement that it showcased three core robot forms comprising humanoid, wheeled-legged and quadruped machines.
The newly launched Lynx S10 wheeled-legged robot weighs less than 20 kilogrammes, including its battery, and supports rapid single-person deployment. It can navigate narrow debris gaps inaccessible to larger equipment for lightweight rescue and scouting operations.
Meanwhile, the upgraded Lynx M20S, based on the Lynx M20 Pro, offers a higher payload, improved environmental protection and faster movement for industrial inspection, logistics and security patrols.
The company also unveiled the fully upgraded DR02, the world's first industrial-grade all-weather humanoid robot, which demonstrated boxing routines and controlled backflips during the event. It has passed substation precision operation tests and entered commercial deployment in 2026.
In addition, DEEP Robotics introduced two pioneering robots — the AI Flood-Fighting Warrior and the confined-space Reconnaissance and Communication Robot — as part of six sector solutions developed from more than 1,200 real-world scenarios.
The robots are designed to conduct hazard inspections, data transmission and search-and-rescue operations in flood, landslide and collapse zones while also replacing human rescuers in mines and tunnels by scouting environments, establishing emergency communication networks and detecting signs of life.
An interactive zone at the event allowed visitors to operate robot dogs and watch the Lynx S10 perform backflips, one-legged handstands and stair-climbing demonstrations.
The company said it leads the global quadruped robot market by industrial revenue and is partnering with organisations worldwide to accelerate the large-scale commercial deployment of robots under its embodied foundation model strategy.
-- BERNAMA
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