Outdoor quadruped robot carrying luggage, equipped with NeuroFuse perception and CogniDecide decision systems for 360° autonomous all-terrain mobility.

Outdoor Intelligent Assistant

Featuring the proprietary NeuroFuse multi-modal perception system and CogniDecide decision engine, integrating solid-state vision LiDAR and CPS-RTK dual-mode positioning, it effortlessly achieves 360-degree all-terrain point-to-point autonomous mobility.

Close-up of quadruped robot on roadway, demonstrating AI-powered bionic motion and dynamic balance enabled by the DynaCore full-body motion system.

Bionic Motion Algorithms

Based on an AI-driven motion framework and leveraging the full-body motion model architecture of the proprietary DynaCore system, the robot achieves highly dynamic, stable, balanced, and energy-efficient movements with infinite combinations. This redefines the limits of biomimetic motion.

Close-up of quadruped robot's head and joint, showcasing the innovative DynaForce joint module with high-torque, lightweight, and precision electromechanical design.

Innovative Joint Module

The joint module is built on an integrated electromechanical-thermal-magnetic architecture, featuring the DynaForce series with high-density magnetic path topology technology. It delivers high torque, fast response, and precision performance while achieving extreme lightweight design, high efficiency, and low heat.

Indoor side view of quadruped robot with cargo on its back, highlighting dual-battery system and intelligent power management for 16-hour continuous operation.

Intelligent Endurance Algorithm

Equipped with high-density solid-state dual batteries and a modular quick-swap design, the system supports hot-swappable battery replacement and offers an external battery option. Combined with intelligent power management algorithms, it delivers up to 16 hours of continuous operation on a single charge.

Quadruped robot following a person on a playground, demonstrating AI-powered dynamic tracking with high-precision positioning and fast response.

Tracking & Following Algorithm

Powered by the proprietary RAS 1.0 (Robot as a Service) system, the robot integrates the self-developed NeuroFuse multi-modal perception system and CogniDecide decision engine. Equipped with a 128-layer LiDAR, vision sensors, and UWB positioning, it achieves ±2 cm accuracy in dynamic target tracking and sub-50 ms response latency — even at high running speeds.