WD-X1 lightweight quadruped mobile robot is a flexible four-legged robotic platform developed for education, scientific research, commercial exhibition and popular science scenarios. Constructed with aluminum alloy and high-strength engineering plastic, it is equipped with an 8-core high-performance computing CPU. Integrating visual perception, ultrasonic obstacle avoidance, voice human-machine interaction and multi-channel wireless communication, the platform supports various vivid anthropomorphic motions and OTA online firmware iteration. It is an ideal experimental and demonstration platform for universities, research institutions and science museums.
1.University laboratory robotics teaching & algorithm research
2.Science museum & commercial exhibition interactive demonstration
3.Youth popular science education & student robotics competitions
4.Enterprise showroom intelligent display & brand activities
5.Artificial intelligence human-machine interaction research
1.This lightweight quadruped platform is oriented to education and demonstration. Avoid long-time operation under the maximum 8kg load limit.
2.Ultrasonic radar obstacle avoidance works best on flat ground. Manual supervision is required when operating on complex unstructured terrain.
3.Prevent violent collision and high-altitude fall, which may cause permanent damage to joint servo motors.
4.Only use the official matched charger; non-compliant power adapters will damage the smart battery management system.
5.Keep network stable during OTA upgrading. Do not cut off power supply in the upgrade process.
6.Voice dialogue functions will be continuously optimized via OTA updates, partial functions are under iterative development.
7.Do not run on slopes exceeding 40° to avoid tipping risks.
Address
Room 3025, Building 1, Zone F, Guangxuan Road, Airport International Headquarters Base, Dongli District, Tianjin City, China
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