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  3. Quadruped Inspire Robots 1118 Dexterous Robotic Hand, 6 DOF
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In StockPowerful Grip

Quadruped Inspire Robots 1118 Dexterous Robotic Hand, 6 DOF

Quadruped GmbH

$24,200.00

Quadruped Inspire Robots 1118 dexterous robotic hand with 6 degrees of freedom and 0.56 kg weight for precise manipulation in service robotics and research. Available in left and right configurations. Compatible with Unitree G1 and other platforms.

Quadruped Inspire Robots 1118 Dexterous Robotic Hand, 6 DOF for Agile Robotic Manipulation:

The Quadruped Inspire Robots 1118 Dexterous Robotic Hand is a lightweight, articulated end effector designed for advanced manipulation tasks in service robotics, automation research, and multi-finger humanoid robot applications.

  • Degrees of Freedom: 6
  • Weight: 0.56 kg
  • Manufacturer: Quadruped GmbH
  • Model Number: 1118

Product Highlights:

  • Articulated, six degree-of-freedom mechanical hand enables complex tasks such as delicate object grasping, in-hand manipulation, and precision tool handling.
  • With only 0.56 kg mass, the 1118 model offers significant weight savings compared to similar dexterous robotic hands, supporting agile applications and lower payload systems.
  • Available as left- or right-hand configurables, meeting integration needs for symmetrical or dual-hand systems.
  • Fine motor control makes the Inspire 1118 suitable for research, assistive robotics, humanoid robots, and training environments.

Common Applications and Specific Tasks:

  • Service robots for pick-and-place, cleaning, or serving that require dexterous and adaptive manipulation.
  • Research in robotics labs, enabling study of grasping algorithms, object recognition, and sensory feedback systems.
  • Surgical robotics or prosthetics prototyping, supporting safe, precise, and delicate manipulation of instruments and biological samples.
  • Human-robot interaction scenarios, including teaching, collaborative assembly, and demonstration environments.

Compatibility, Integration, and Mounting Options:

  • Interfaces as an end effector on robotic arms or platforms using standard mechanical hand mounting flanges.
  • Specifically engineered for seamless mechanical and electrical integration with the Unitree G1 humanoid robot, using a compatible interface and standard communication protocols.
  • Supports flexible control incorporation into custom research platforms using open robotics frameworks.
  • Configuration for both left and right sides, making it adaptable for bimanual or single-hand use cases.

Technical Fit and Integration Considerations:

  • The lightweight 0.56 kg design reduces impact on robot payload, making it ideal for compact and mobile robotics platforms.
  • Six degrees of freedom provide a superior range of motion and dexterity for tasks where precise object interaction is required.
  • Compared to other high-end dexterous robotic hands such as the Shadow Hand and Allegro Hand, the Inspire Robots 1118 model offers competitive agility and comparable motor control in a lighter package.

Buyer's Decision Points:

  • Recommended for integrators and researchers requiring a mechanical robotic hand with advanced grasping and manipulation capabilities for complex laboratory, service, or assistive roles.
  • Model number 1118 offers an ideal balance of dexterity, lightness, and modular mounting to suit evolving automation needs for robot with hand, humanoid hand, or mechanical hand applications.
Weight0.56 kg
Weight0.56 kg
DOF6
Payload
N/A
Reach
N/A
Repeatability
N/A
Mounting Interface
N/A
Configurations
Left, Right
  • Six degrees of freedom unlock complex grasping and precision manipulation tasks
  • Weighs only 0.56 kg for agile integration into compact robotic platforms
  • Model 1118 ships in left and right hand configurations
  • Native integration with Unitree G1 humanoid robot systems
  • Articulated structure handles delicate object grasping and in-hand tool manipulation
  • Works standalone or integrates as compatible end effector on robotic arms
  • Enables dexterous research applications in grasping algorithms and sensory feedback
The Model 1118 works standalone or integrates as a compatible end effector on robotic arms, giving you flexibility to use it independently or mount it to your existing platform. It interfaces using standard mechanical hand mounting flanges for easy attachment.
Yes, the Model 1118 is specifically engineered for seamless mechanical and electrical integration with the Unitree G1 humanoid robot using compatible interface and standard communication protocols. It comes in left and right hand configurations to suit your system.
The Model 1118 has six degrees of freedom, which enables complex grasping, delicate object handling, and in-hand tool manipulation tasks that require advanced dexterity.
The Model 1118 weighs only 0.56 kg, making it lightweight enough for agile integration into compact robotic platforms and systems with lower payload capacity.
The Model 1118 is suitable for service robotics, research in grasping algorithms and sensory feedback, delicate object grasping, precision tool manipulation, and assistive robotics applications. It performs pick-and-place tasks, in-hand manipulation, and other complex dexterous operations.

Dexterous Hand vs Simple Grippers:

The Inspire Robots 1118 offers multi-finger articulation and six degrees of freedom, contrasting with single-action grippers and vacuum tools that excel at clamping but cannot reorient or manipulate objects in hand. Choose this hand when tasks require finger-level precision, tool handoff, or adaptive grasping of varied shapes.

  • For delicate assembly or surgical prototyping, the articulated structure allows gentle grasping and in-hand repositioning without dropping fragile parts.
  • At 0.56 kg, the lightweight design fits compact humanoid platforms and mobile robots where payload is constrained, freeing budget for arm reach or sensor mass.
  • In research labs studying grasping algorithms or sensory feedback, six DOF enable complex grasp studies that single-axis grippers cannot support.
  • On the Unitree G1 humanoid or other arms, native mechanical and electrical integration eliminates custom mounting work and reduces commissioning time.
  • For dual-hand tasks such as object rotation, tool switching, or collaborative human-robot handling, left and right configurations enable symmetric bimanual setup without redesign.

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