Fan Wu
CHINA
Meet Fan Wu - a powerhouse of good design, creativity and innovation based in China. Fan Wu's design journey has been nothing short of spectacular, marked by a tireless pursuit of excellence. This dedication is clearly mirrored in Fan Wu's impressive haul of 10 A' Design Awards that we showcase here. Spanning across categories such as Robotics and Engineering, Fan Wu's work stands as a living testament to a steadfast commitment to design excellence, serving as a beacon of inspiration for designers globally. With each project, Fan Wu masterfully blends form and function, crafting designs that are not only aesthetically pleasing but also functional and timeless. This approach underscores Fan Wu's celebration of creativity and an unyielding quest for innovation.
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Atlas Intelligent Forklift Truck
The smart forklift Atlas leverages the EmboSense integrated sensor to achieve high precision environmental perception and BEV spatial modeling. Combined with visual localization mapping and multimodal reasoning capabilities, it supports autonomous path planning, dynamic obstacle avoidance, and task adaptive optimization, allowing rapid adaptation to industrial scenarios such as warehouse logistics and production line assistance.
The smart forklift Atlas leverages the EmboSense integrated sensor to achieve high precision environmental perception and BEV spatial modeling. Combined with visual localization mapping and multimodal reasoning capabilities, it supports autonomous path planning, dynamic obstacle avoidance, and task adaptive optimization, allowing rapid adaptation to industrial scenarios such as warehouse logistics and production line assistance.
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P300 Intelligent Delivery Robot
The P300 intelligent delivery robot is designed for minimal deployment time and high efficiency. Its design breaks away from the lengthy deployment cycles typical of traditional industrial robots. With a highly open customizable top platform and a straightforward interface, it can be rapidly deployed within ten minutes. The modular top platform and compact body balance flexible adaptability with the ability to navigate confined spaces. The concealed interactive lighting, achieved through innovative craftsmanship, offers clear status feedback and maintains a clean simple exterior appearance.
The P300 intelligent delivery robot is designed for minimal deployment time and high efficiency. Its design breaks away from the lengthy deployment cycles typical of traditional industrial robots. With a highly open customizable top platform and a straightforward interface, it can be rapidly deployed within ten minutes. The modular top platform and compact body balance flexible adaptability with the ability to navigate confined spaces. The concealed interactive lighting, achieved through innovative craftsmanship, offers clear status feedback and maintains a clean simple exterior appearance.
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X1 Pro Wheeled Humanoid Robot
The X1 PRO wheeled humanoid robot is designed for industrial non standard handling. Driven by self developed FAM embodied manipulation models, it autonomously recognizes, grasps, and precisely handles boxes of various types, colors, and sizes. It features a dual mode design: in locomotion mode, the chassis lowers for high speed movement; in operation mode, it raises to coordinate the MDOF arm and chassis for full dimensional workspace coverage.
The X1 PRO wheeled humanoid robot is designed for industrial non standard handling. Driven by self developed FAM embodied manipulation models, it autonomously recognizes, grasps, and precisely handles boxes of various types, colors, and sizes. It features a dual mode design: in locomotion mode, the chassis lowers for high speed movement; in operation mode, it raises to coordinate the MDOF arm and chassis for full dimensional workspace coverage.
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SEER Robotics Wheeled Humanoid Robot
This is a wheeled humanoid robot featuring two modes and corresponding postures: in movement mode, the robot takes a lowered stance to facilitate swift mobility; in work mode, it elevates its posture to perform tasks agilely. The robot is further equipped with an AI database derived from industrial scenario data, enabling it to engage in continuous self-learning and adaptation during its operations. Its exterior design is perceived robust and infuses mechanical and futuristic aesthetics.
This is a wheeled humanoid robot featuring two modes and corresponding postures: in movement mode, the robot takes a lowered stance to facilitate swift mobility; in work mode, it elevates its posture to perform tasks agilely. The robot is further equipped with an AI database derived from industrial scenario data, enabling it to engage in continuous self-learning and adaptation during its operations. Its exterior design is perceived robust and infuses mechanical and futuristic aesthetics.
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AGV Construction Heavy-Duty Chassis
AGV (Automated Guided Vehicle) is a platform specially designed and optimized for complex building construction environment, capable of being stuffed with robotic arms, or a lifting system as well as robotic arms. It can plan its own behavior according to the complex external environment, and help humans engage in dangerous construction work with its superb barrier-crossing ability and athletic performance.
AGV (Automated Guided Vehicle) is a platform specially designed and optimized for complex building construction environment, capable of being stuffed with robotic arms, or a lifting system as well as robotic arms. It can plan its own behavior according to the complex external environment, and help humans engage in dangerous construction work with its superb barrier-crossing ability and athletic performance.
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SRC5000 Humanoid Robot Controller
This humanoid robot controller integrates AI capabilities, with its design emphasizing continuous learning and enhanced computational power derived from AI data. The dual surface cooling fins and partitioned cooling system ensure stability even under maximum load conditions. The controller is equipped with a multiprocessor heterogeneous system, including an AI processor, enabling the robot to generalize tasks across various scenarios.
This humanoid robot controller integrates AI capabilities, with its design emphasizing continuous learning and enhanced computational power derived from AI data. The dual surface cooling fins and partitioned cooling system ensure stability even under maximum load conditions. The controller is equipped with a multiprocessor heterogeneous system, including an AI processor, enabling the robot to generalize tasks across various scenarios.
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SRC-2000 Mobile Robot Controller
The Src-2000 serves as the central controller for mobile robots and features a highly concurrent computing capability. This allows for the swift creation of various non-standard intelligent robots and enables comprehensive control integration. It also offers exceptional equipment expandability that facilitates connections with production operations and smart factory infrastructure. It is integrated with business software to empower users to construct a flexible and intelligent logistics system.
The Src-2000 serves as the central controller for mobile robots and features a highly concurrent computing capability. This allows for the swift creation of various non-standard intelligent robots and enables comprehensive control integration. It also offers exceptional equipment expandability that facilitates connections with production operations and smart factory infrastructure. It is integrated with business software to empower users to construct a flexible and intelligent logistics system.
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Pellet-X City Building 3D Printer
Pellet-X construction 3D printing guns are capable of being equipped with 6-axis and above industrial robots, achieving flexible printing of large construction components and structures. Users can directly import the 3D data information of the building model into the printing and processing master control platform. With a friendly human-machine interaction interface, it is easy for users to control the process and finish the printing task with high accuracy and efficiency.
Pellet-X construction 3D printing guns are capable of being equipped with 6-axis and above industrial robots, achieving flexible printing of large construction components and structures. Users can directly import the 3D data information of the building model into the printing and processing master control platform. With a friendly human-machine interaction interface, it is easy for users to control the process and finish the printing task with high accuracy and efficiency.
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SRC-880 Mobile Robot Controller
The Src-880 is a mobile robot controller designed to be user-friendly and comprises the intelligent core of a mobile robot system. It is capable of integrating and controlling the perception, power, and motion modules as parts of the robot, and is compatible with over 90 percent of the robot components. It offers a comprehensive solution for users in different industries to efficiently build a wide range of standard or non-standard intelligent mobile robots.
The Src-880 is a mobile robot controller designed to be user-friendly and comprises the intelligent core of a mobile robot system. It is capable of integrating and controlling the perception, power, and motion modules as parts of the robot, and is compatible with over 90 percent of the robot components. It offers a comprehensive solution for users in different industries to efficiently build a wide range of standard or non-standard intelligent mobile robots.
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Mobile Robot SRC-3000F Safety Controller
SRC-3000FS is the world’s first mobile robot controller of functional safety that integrates navigation and safety functions. The controller is designed and developed to integrate the essential safety modules based on a plurality of navigation modes including SLAM, and create a safe AMR in respect of five primary functions. As the strongest brain of mobile robot, this product can suit the scenario-specific needs of different users for its safety and standard attributes.
SRC-3000FS is the world’s first mobile robot controller of functional safety that integrates navigation and safety functions. The controller is designed and developed to integrate the essential safety modules based on a plurality of navigation modes including SLAM, and create a safe AMR in respect of five primary functions. As the strongest brain of mobile robot, this product can suit the scenario-specific needs of different users for its safety and standard attributes.
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