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Service & Embodied AI Robots Semi-humanoid, humanoid and quadruped robots for advanced service, inspection and industrial applications.
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Suitable for Offices Warehouses Retail Hotels Healthcare Education Industrial Public Buildings
Capability Multi-floor delivery Inspection & patrol Arm manipulation Voice interaction
Environment Indoor Semi-outdoor Outdoor Industrial
Embodied AI robot
A full-sized, 170 cm bipedal humanoid platform with 3D LiDAR, autonomous navigation and intelligent voice capabilities.
170 cm full-sized bipedal form 7-DoF arms and 6-DoF legs 3D LiDAR and autonomous navigation Intelligent voice capabilities Suitable for: Public Buildings, Education
Embodied AI robot
An industrial-grade semi-humanoid robot on a 360° omnidirectional chassis, with a 20 kg maximum payload and 275 TOPS of computing power.
20 kg maximum payload 80+ cm single-arm reach 360° omnidirectional chassis 275 TOPS computing platform Suitable for: Industrial, Warehouses
Embodied AI robot
A semi-humanoid service robot with 7-DoF dual arms and dexterous hands that can press elevator buttons and swipe access cards.
7-DoF dual arms with dexterous hands Presses elevator buttons and swipes access cards AI voice, expression and gesture interaction Multi-floor VSLAM navigation Suitable for: Hotels, Offices, Public Buildings
Embodied AI robot
An industry-grade autonomous quadruped robot with dual 3D LiDAR, IP67 protection and operation from –20 °C to 55 °C.
IP67 ingress protection Operates from –20 °C to 55 °C Dual 3D LiDAR + four fisheye cameras Voice, gesture and autonomous following Suitable for: Industrial, Public Buildings
Embodied AI robot
A wheel-legged autonomous quadruped robot that cruises at up to 5 m/s, with dual 3D LiDAR, IP67 protection and operation from –20 °C to 55 °C.
Wheel-legged drive, cruise speed up to 5 m/s IP67 ingress protection Operates from –20 °C to 55 °C Dual 3D LiDAR + four fisheye cameras Suitable for: Industrial, Public Buildings
Specifications and available configurations are subject to confirmation. Performance may vary according to site conditions, selected configuration and operating environment.