top of page

Sanctuary AI

17-DOF hydraulic hand

Price : 

Price on request

Sanctuary AI Hydraulic Hand Overview

The Sanctuary AI hydraulic hand is a human-scale robotic hand with 17 degrees of freedom, hydraulic actuation, integrated tactile sensing and Sanctuary's Physical AI control, intended for industrial robot arms and humanoids and entering pilot programs.


Key Specifications

Specification

Sanctuary AI Hydraulic Hand

Manufacturer

Sanctuary AI

Model

17-DOF hydraulic hand

Category

End effector / Robotic hand

Degrees of freedom

17

Actuation

Hydraulic

Sensing

Integrated tactile sensing

Safety

Low pressure, minimal fluid, fault protection

Control

Sanctuary Physical AI, teleoperation

Status

In development, pilots soon

Price

Price on request

Price available on request. Any price is indicative, not final and may change.


Applications

  • Industrial Arms

  • Humanoids

  • Tool Use



Sanctuary AI Hydraulic Hand Review Summary

Sanctuary uses hydraulics to fit strong grip and fine control into a human-scale hand with 17 degrees of freedom. Hydraulics hold static loads with little energy and heat, and safety comes from low operating pressure, minimal fluid volume and automatic fault protection. Integrated tactile sensing supports touch-driven tasks, and demonstrations show zero-shot reinforcement learning transfer and low-latency teleoperation, including on a Universal Robots arm. The hand is still in development and entering pilots, and Sanctuary publishes no force, speed, weight or durability figures.


Pros

  • 17 DOF

  • Tactile sensing

  • High power density

  • Safety-focused hydraulics


Cons

  • Not yet commercially available

  • No numeric specs


Who It Is For

It fits research teams and early adopters piloting dexterous manipulation on arms or humanoids.



Full review: Sanctuary AI Hydraulic Hand Review: Features and Uses of the 17-DOF Hydraulic Robot Hand

More Products By

Sanctuary AI

ROBOTIC ARMS
All Things Cobots

© All Things Cobots Proudly created By G2T

bottom of page