Titan 01 Mirrors Human Kicks, Waves in Hangzhou Demo March 2026

Hangzhou Demo Stuns

Crowds in Hangzhou witnessed Westlake Robotics' Titan 01 execute fluid human-like kicks and waves during a March 2026 demonstration, showcasing real-time motion imitation that bridges lab experiments with everyday interaction. Powered by the proprietary General Action Expert (GAE) model, the bipedal humanoid mirrored an operator's full-body actions seamlessly, from dynamic leg swings to precise arm gestures, under one person's remote control. This public trial highlights Titan 01's readiness for collaborative environments, transforming how robots engage with humans in shared spaces.

Motion Mimicry Mastery

Titan 01 disrupts humanoid robotics by instantly replicating complex human motions without predefined programming, thanks to GAE's cerebellum-like coordination. In the Hangzhou event, it handled balance during kicks and expressive waves, enabling multiple units to sync tasks simultaneously. This cross-embodiment design adapts to varied robot forms, empowering operators to deploy fleets for synchronized performances or assistance, redefining remote teleoperation as intuitive and scalable.

GAE Brain Revolution

Engineering advances in Titan 01 center on the GAE foundation model, which processes signals for novel actions on the fly, mimicking human cerebellar precision for smooth, balanced locomotion. Integrated with ROS2 and Python APIs, it supports rapid customization, moving beyond rigid scripts to adaptive learning. Recent trials confirm its stability in dynamic scenarios, positioning Westlake Robotics at the forefront of general-purpose humanoid control systems.

Deployment Horizons Expand

Titan 01 targets diverse roles, from education demos where it interacts with students via gestures, to retail service guiding shoppers and security patrols scanning perimeters. Firefighting assistance and mining inspections leverage its legged mobility for rugged navigation, while performance shows capitalize on expressive waves and kicks. These applications, validated in March 2026 tests, demonstrate practical value in high-stakes settings, enhancing human safety and efficiency.

Skill-Enabling Framework

Titan 01's architecture empowers human-centric skills through integrated sensors like RGB and stereo cameras, LiDAR, IMU, gyroscope, force, and temperature detectors, enabling dexterous interactions and environmental awareness for natural kicks and waves. At 170 x 60 x 40 cm and 60 kg, its bipedal design achieves 2.5 km/h speeds for agile approaches, while 3-5 year battery life sustains prolonged sessions. Visual SLAM and LiDAR mapping ensure precise navigation; safety via force limiting, collision detection, and collaborative modes fosters trust; payloads handle tools or packages, all via GAE for seamless people engagement.

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