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Aero Hand

18-DoF five-finger biomimetic dexterous hand

Built for humanoid robots, research and specialized work. Highly biomimetic five fingers, built-in 3D tactile sensing, direct drive and a lightweight design.

Full specifications
Aero Hand on a robot arm.
18 DoF15 active + 3 passive
10 NFingertip force
≤ 0.5 sFull open to full close
±1.0 mmRepeatability
≤ 800 gWeight
IP54Dust and splash resistant
A hand wearing Aero UMI reaching toward Aero Hand.
Pairs with Aero UMI

Matched joint for joint

Aero Hand is 100% matched to Aero UMI, joint for joint. Human demonstrations captured with Aero UMI are carried out by Aero Hand.

18Matched degrees of freedom
0.05°Encoder precision
0.1 NTactile resolution
Specifications

Aero Hand

18-DoF five-finger biomimetic dexterous hand for humanoid robots, research and specialized work.

01 Structure and performance

SpecificationAero Hand
Kinematic structure18 DoF (15 active + 3 passive)
DoF distributionThumb 3 (opposable) · index, middle and ring 3 + 1 passive each · little finger 3
DriveDirect drive
Fingertip force10 N
Closing speedFull open to full close ≤ 0.5 s
Repeatability±1.0 mm
Weight≤ 800 g
Dimensions198 × 103 × 43 mm
Protection and impactIP54 (dust and splash resistant) · passes 1 m drop test
Lifetime (MTBF)> 300,000 full grasps

02 Sensing and control

SpecificationAero Hand
Joint angle sensing14-bit high-precision magnetic encoders, 0.05° precision
Joint torqueEstimated from motor current
Tactile sensingFingertips and palm, high-resolution multi-dimensional flexible arrays
Tactile resolution0.1 N
Control modesPosition · velocity · torque/current (MIT mode) · impedance
Control frequency10 kHz low-level current loop
CommunicationCAN FD (EtherCAT in a future version)
Operating voltage20–50 VDC wide input
Supported systemsUbuntu · Windows · ROS 2
SDK / APIC++ / Python libraries · URDF · teleoperation support

Bring us your application

Tell us about your task, hardware and data requirements, and we’ll help you find the right configuration.