Aoqi N1 quadruped robot dog for multiple scenarios
2026-07-15 17:09:26
The Aoqi N1 quadruped robot dog focuses on miniaturization, high maneuverability, and strong expansion, taking into account various scenarios such as industry inspection, popular science teaching, cultural and tourism interaction, and secondary development. The whole machine adopts a technology grey integrated industrial design, including a battery, and weighs only about 14kg. The body is small and lightweight, and can flexibly pass through narrow indoor and outdoor spaces.
The whole machine is equipped with a high-performance ARM main control processor and a dedicated motion controller, paired with a peak 45N m high torque joint motor, capable of climbing up to 40 degrees of slopes with stable gait and low-noise operation; The standard expansion load of the body can reach 8kg, with reserved standardized installation positions for quick installation of various inspection modules such as thermal imaging, gas sensors, high-definition gimbals, and small robotic arms, meeting industry monitoring and modification needs. Equipped with a large capacity intelligent lithium battery and a dedicated charger, the power system supports stable and long-lasting operation; The device supports full OTA remote upgrade, with continuous iterative updates of gait movements and control algorithms, continuously expanding walking posture and interaction functions.
Multi-scenario adaptation
1. Industry inspection scenario: Open up a complete secondary development interface, adapt to regular patrols in campuses, small factories, parks, and warehouse rooms, equipped with multi parameter sensors to complete temperature and humidity, noise, toxic gases, equipment temperature rise and flight monitoring, combined with Osen´s intelligent control platform to achieve task distribution, abnormal alarm, and data retention;
2. Science and education training scenarios: Lightweight body adapted for artificial intelligence teaching in universities, primary and secondary schools, serving as a embodied intelligent training carrier, supporting students to independently debug gait and develop perception programs;
3. Cultural and tourism commercial scenarios: Built in rich biomimetic movements such as shaking hands, spinning, standing upright, and interactive heart comparison, which can be used for scenic area exhibitions, shopping mall activities, and science popularization exhibition halls to enhance the display effect;
4. Universal R&D carrier: Unify mechanical and electrical expansion structures, reduce customer secondary modification costs, and quickly create customized inspection equipment for exclusive scenarios.
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