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D01

D01

D01

Last updated: September 30, 2026
Locomotion Type
Wheeled
Stage
Demo
Height
162.4 cm
Degrees of Freedom
66 DOF
Weight
40 kg
Dual-Arm Payload
10 kg
Release Year
2026
Computing
NVIDIA Jetson Thor main processor; 1000BASE-T Ethernet and Wi-Fi 6 interfaces; control frequency up to 1000 Hz
Sensors
Whole-body tactile E-skin with a 0.2 N force resolution, 10 mm spatial resolution and 100 Hz sampling rate, sensing 0.1-20 N per taxel over 50 mm square; depth perception with a 74 dB dynamic range; control latency is not published but the control frequency reaches 1000 Hz

D01 is the humanoid manipulation platform in Sharpa's Dexa line, launched at IROS 2026. It is built around the company's view that manipulation, not locomotion, is the bottleneck holding general-purpose robots back, so the specification sheet leads with what the arms and skin can do rather than how the machine moves: two 7-DoF arms with human-like structure and 1:1 human-scale spherical wrist joints, Wave dexterous hands, 66 degrees of freedom in total, and a 5 kg rated payload in each arm at roughly a one-to-one arm payload-to-weight ratio. It is fast and precise for a machine of its class, with end-effector speeds above 10.5 m/s, plus or minus 0.2 mm repeatability and control at up to 1000 Hz, running on an NVIDIA Jetson Thor with 1000BASE-T Ethernet and Wi-Fi 6. Its distinctive sensing is a whole-body tactile E-skin: a four-layer skin with a 0.2 N force resolution, 10 mm spatial resolution and a 100 Hz sampling rate that Sharpa says is sensitive enough to register the light brush of a feather, alongside depth perception with a 74 dB dynamic range. The platform stands between 1,109 and 1,624 mm, weighs about 40 kg without its chassis and spans 1,478 mm across both arms with hands, and it ships with a native teleoperation system so it can be driven and taught directly.

Application Scenarios

Industrial and commercial manipulation where human-level dexterity is the bottleneck; tasks that must be completed autonomously without retrofitting the environment; teleoperation and data collection; research on dexterous manipulation

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