The State Post Bureau convened a progress meeting for special pilot projects under the National Transport Power initiative. During the event, participants visited technology enterprises in Suzhou to conduct field inspections on innovative application models for cutting-edge smart logistics, gaining first-hand insights into technological breakthroughs across robotics, embodied AI, and logistics automation.
As a key enterprise during this inspection tour, Magiclab Robotics showcased its intelligent product matrix and scenario-based solutions tailored for the logistics industry to the delegation.
Founded in early 2024, Magiclab Robotics brings together a core team whose technical foundation in robotics dates back to 2020. The company stands as one of the few embodied AI enterprises in China equipped with full-stack in-house hardware and software capabilities.
Magiclab Robotics' self-developed components span high-performance joint modules, dexterous hands, reducers, and motor drives. Simultaneously, the company has built a robust intellectual property portfolio across core algorithms including multimodal perception, embodied manipulation, motion control, and navigation planning, continuously expanding its proprietary technological assets. Its self-developed joint modules deliver a peak torque of up to 525 N·m, placing their overall performance among the industry's top tier. Utilizing a specialized "Brain-Cerebellum Architecture," the system significantly enhances task generalization and closed-loop execution within physical environments.
During the site visit, Magiclab Robotics highlighted two major solutions designed for postal scenarios: Smart Logistics and Smart Tour. The consumer-grade quadruped robot MagicDog acted as a mobile courier, carrying a rear basket to deliver bottled water and items to guests. Powered by LiDAR-based 3D mapping and multi-sensor fusion navigation, MagicDog adapts dynamically to complex terrains and changing environments, autonomously executing path planning, obstacle avoidance, and precise delivery.
Magiclab Robotics' bipedal humanoid robots (MagicBot Gen1 and MagicBot Z1) along with the full MagicDog series can collaborate to create an end-to-end autonomous delivery ecosystem capable of continuous 24/7 operation. Featuring fully autonomous capabilities, the robots manage the complete workflow—from order reception and cargo pickup to route planning and doorstep delivery—achieving one-stop delivery with zero errors. The proprietary navigation algorithm flexibly adapts to over 100 complex terrains, ensuring stable passage across diverse road conditions. Additionally, the intelligent vision system accurately distinguishes nearly 600 types of meals, documents, and materials, completing sorting, grasping, and categorization with 100% accuracy to serve university campuses, industrial parks, residential communities, and over 70 specialized logistics needs.
Looking ahead, Magiclab Robotics' Smart Logistics Solution can be deeply integrated into key postal hub operations, including flexible sorting, automated induction, material transfer, and last-mile delivery. This creates an integrated "Perception-Decision-Execution" autonomous operational loop that directly addresses the core demands of postal systems for higher efficiency, lower cost, and enhanced safety.
Furthermore, the dynamic bipedal humanoid robot MagicBot Z1 served as a smart receptionist at the event, demonstrating voice interactions and high-energy motion capabilities. As postal outlets transition into integrated public service hubs, Magiclab Robotics' Smart Tour Solution can handle reception, business consultation guidance, multimedia presentations, and multilingual interaction in postal service halls, smart parcel stations, and public exhibition venues—redefining the public's experience with the postal network through technology and warmth while injecting intelligent vitality into the urban last-mile delivery service network.
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