EXEED AiMOGA shows robot lineup at Auto China 2026

By AI, Created 11:47 AM UTC, May 20, 2026, /AGP/ – EXEED AiMOGA Robotics used Auto China 2026 in Beijing to showcase police, humanoid and quadruped robots built on EXEED’s manufacturing and supply-chain base. The company says the push is aimed at speeding vehicle-robot integration and broader deployment across public-safety and service scenarios.

Why it matters: - EXEED AiMOGA is trying to move robotics from demo use cases into larger real-world deployment. - The strategy links robots, vehicles and autonomous-driving technology into one ecosystem. - The effort could help EXEED extend beyond cars into embodied intelligence and service robots.

What happened: - Auto China 2026 opened in Beijing on April 28, 2026. - EXEED AiMOGA Robotics showed the Intelligent Police Robot, humanoid robot Mornine and quadruped robot Argos. - The booth drew more than 4,000 international business guests. - About 2,500 of those guests are expected to visit Wuhu, China, for deeper business talks. - The exhibition focused on vehicle-robot synergy and how intelligent robots can work inside the automotive ecosystem.

The details: - AiMOGA Robotics’ growth is built on more than two decades of EXEED experience in R&D and manufacturing. - The company points to strengths in R&D, supply chain, global networks and collaborative innovation. - AiMOGA says its mature R&D system and validation processes help move faster from concept to prototype. - The supply-chain setup is designed to shorten the path from lab research to mass production. - The global sales and service network supports overseas expansion. - AiMOGA has established 31 innovation laboratories across six technical fields. - Those labs cover embodied intelligence, perception algorithms, motion control and human-machine interaction. - The Intelligent Police Robot is already deployed in multiple Chinese cities. - Current use cases include school-zone traffic support, traffic guidance and event security duty. - The robot is in talks with more than 50 cities in China about possible cooperation. - The police robot uses multi-sensor fusion navigation and a traffic-management foundation model. - Its functions include intelligent patrols, violation recognition and signal coordination. - Argos has achieved engineering maturity and stable performance in scenarios. - AiMOGA says Argos delivered more than 1,000 units last year. - Argos is being used for home companionship, showroom performances and community security. - AiMOGA is reusing autonomous-driving-level environmental understanding in its robotics platform. - That setup enables centimeter-level positioning, dynamic obstacle avoidance and full-domain 3D perception. - AiMOGA also shares Chery’s three-electric system technologies. - The platform uses Chery’s solid-state battery technology for long-duration continuous operation. - On April 23, EXEED AiMOGA Robotics entered a global strategic partnership with NVIDIA. - The two sides plan to develop and deploy physical AI in assisted driving, cockpit AI and robotics. - AiMOGA is also building humanoid robots and other intelligent robot platforms based on NVIDIA Jetson. - The company is adding NVIDIA Isaac Sim and NVIDIA Isaac GR00T to create a pipeline from simulation training to real-world deployment.

Between the lines: - The presentation shows EXEED using its automotive platform as a launchpad for robotics, not treating robots as a side project. - The scale of the police-robot and quadruped deployments suggests AiMOGA is pushing for commercial credibility, not just prototype visibility. - The NVIDIA partnership signals that AiMOGA wants to align with a broader physical-AI stack, which could speed product development if the integration works as planned.

What’s next: - AiMOGA plans to keep expanding scenario-based product planning. - The company will continue using products to drive technology development. - EXEED aims to broaden vehicle-robot collaborative applications across more use cases and deployment settings. - The company expects intelligent robots to play a larger role in real-world service environments.