Embodied intelligent humanoid robot

The VersaBot is a new generation of embodied intelligent humanoid robots independently developed by Weimar Technology. It adopts three core technology architectures: a multimodal environment perception system, a high-precision multi degree of freedom motion control system, and an AI based intelligent decision-making center. This product is deeply optimized for industrial manufacturing and enterprise office scenarios, providing users with a new generation of robot intelligent agents that combine environmental adaptability and intelligent interaction capabilities through cross modal technology collaboration.

Panoramic RGB-D depth vision system

Adopting a high-precision RGB-D camera fusion scheme to achieve panoramic 3D reconstruction and real-time obstacle avoidance. Through multi-sensor fusion algorithm, the positioning accuracy in complex dynamic scenes reaches up to 1cm, and the obstacle avoidance success rate exceeds 99.5%, ensuring stable operation

Omnidirectional wheeled agile mobile platform

Based on the self-developed omnidirectional chassis suspension structure, it supports zero turning radius translation, stationary rotation, and any directional oblique motion, with a maximum travel speed of 1.5m/s. Equipped with a laser radar+IMU multimodal positioning system, it is suitable for complex scenes such as narrow passages and slopes

Long endurance intelligent power management

Equipped with a 2.5kWh high-energy density battery pack, supporting 8+hours of continuous operation. Innovative integration of manual charging, automatic charging, and fast battery swapping to ensure uninterrupted operation 24/7

Multimodal AI Interaction Center

Deep integration of DeepSeek and Tongyi Qianwen big model to achieve natural language instruction parsing, multi-step task planning, and cross modal perception. Expanding the industry knowledge base through API interfaces, the manufacturing QA response accuracy reaches over 95%

Embodied intelligent humanoid robotTechnical Specifications: