Bowen W-Bot 2.0

Bowen W-Bot 2.0

YQBionics

Bowen W-Bot 2.0 is a wheeled humanoid using a human-like hip-knee-ankle triple-folding design on a wheeled chassis, with 43 degrees of freedom across the body: 7 DoF in the torso (hip, knee and ankle plus chassis x 2) and 7 DoF per arm; overall height is 1.78 m and weight 60 kg. Knee joint limit torque is about 360 N·m, single-arm payload 10 kg and maximum walking speed 3 m/s. It can be paired with the X-Hand M1 or Y-Hand M1 dexterous hands, with D435i/D455 depth cameras and a 360 degree radar; locomotion control uses dual main control platforms (two Jetson Orin NX 16 GB, up to 314 TOPS) with hierarchical whole-body neural-network balance control, and battery capacity is 2400 Wh.

Full-body DoF
43 DoF
Rated arm payload
~10 kg
Weight
60 kg
Starting price · Bowen W-Bot 2.0
Not listed
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Specifications

HardwareBowen W-Bot 2.0Not listed
Sensing
CamerasIntel RealSense D435i & D455 depth cameras + Livox 360 LiDAR
Computing
NPU edge computeDual NVIDIA Jetson Orin NX 16GB embedded computers
Actuation
Full-body degrees of freedom43 DoF
Arm degrees of freedomShoulder ×3 + elbow ×1 + forearm joint ×1 + wrist ×2 = 7
Dexterous-hand degrees of freedomCompatible with X-Hand M1 or Y-Hand M1 dexterous hand
Arm payload10 kg (with six-axis force/torque sensor)
Power
Battery capacity
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Battery capacity 2400 Wh, max. voltage 48 V, max. output current 30 A

Connectivity
WirelessCAN bus
Structure
Body size1.78 m
Weight60 kg
Source: AI123Source updated

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