Wonik Robotics

Founded: 2004•HQ: South Korea•Models: 4

Wonik Robotics is a South Korean robotics company in Seongnam, founded in 2004 by Kyong-Sok Chang and formerly known as SimLab, that develops robotics hardware and software control systems. It is best known for the Allegro Hand, a multi-fingered research robot hand commercialised under licence from technology developed by the Humanoid Robot Hand Research Group at the Korea Institute of Industrial Technology. The Allegro Hand V5 is a compact three-finger hand with a simple, robust nine degree-of-freedom structure for grasping and manipulation research, and Wonik has also released the V5 Plus, V5 Sense and older V4 models, and obtained CE certification for the V5 and V5 Plus. Wonik also delivered its Allegro Dog to the US Naval Research Laboratory. In October 2024 it partnered with Meta to build an advanced Allegro Hand with Meta's Digit Plexus tactile technology, which it planned to manufacture and distribute for researchers.

Industry Focus
Robot HandsRobotics Hardware
Key Technologies
Allegro Hand V5Allegro Hand V5 PlusDigit Plexus Integration

💡Notable Achievement: Wonik is developing an Allegro Hand with Meta's Digit Plexus tactile technology.

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What Does Wonik Robotics Do?

Wonik Robotics makes the Allegro Hand, the widely used research robot hand, and is building a next version with Meta's tactile sensing.

“The default research hand for many labs.”

Allegro Hand

Nine-DoF three-finger hand.

Meta Partnership

Digit Plexus tactile version.

CE Certified

V5 and V5 Plus certified.

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What Can Wonik Robotics Robots Actually Do?

Cross-portfolio operational capabilities, manipulation tasks, and environmental competencies

Research robot hands.

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Allegro Hand V5Allegro Hand V5 PlusAllegro Hand V5 SenseAllegro Hand V4

Grasping Research

Allegro Hand family for manipulation studies.

Wonik Robotics Robot Hands

Showing 4 of 4 total models

Allegro Hand V4 - Wonik Robotics robot model

Allegro Hand V4

By: Wonik Robotics

Launched: 2024

The Allegro Hand V4 is a lightweight, dexterous robotic hand with 4 fingers and 16 independent torque-controlled joints, designed for advanced grasping, manipulation research, and robotics development. It supports real-time control via CAN at high frequency, enabling complex motions, learning-based control, and human-inspired grasping. Compact and adaptable for desktop or arm-mounted use, it facilitates studies in embodied AI, teleoperation, and dexterous manipulation without hardware setup burdens.

N/A
Humanoid Robot Hand
Allegro Hand V5 Sense - Wonik Robotics robot model

Allegro Hand V5 Sense

By: Wonik Robotics

Launched: 2025

The Allegro Hand V5 Sense is an advanced dexterous robotic hand by Wonik Robotics featuring 16 pressure sensors for precise tactile feedback and natural grasping capabilities. Equipped with adduction and abduction movements, it supports both CAN bus and Ethernet communication for reliable real-time control. Designed for research, education, and industrial applications requiring high-precision manipulation and haptic awareness.

N/A
Humanoid Robot Hand
Allegro Hand V5 Plus - Wonik Robotics robot model

Allegro Hand V5 Plus

By: Wonik Robotics

Launched: 2025

The Allegro Hand V5 Plus is a highly dexterous, 4-finger robotic hand with 16 degrees of freedom, featuring independent current/torque-controlled joints for precise grasping and manipulation of diverse objects (rigid or soft). Designed for research, it supports real-time control, online simulation, and optional 360° pneumatic tactile fingertip sensors. Enhanced components enable stable handling up to 15 kg payload, with CAN communication at 500 Hz for advanced applications in robotics R&D and automation.

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Humanoid Robot Hand
Allegro Hand V5 - Wonik Robotics robot model

Allegro Hand V5

By: Wonik Robotics

Launched: 2025

The Allegro Hand V5 is a compact, torque-controlled robotic hand with 3-4 anthropomorphic fingers, designed for precise, compliant manipulation in research, education, and industrial applications. It features DC motor actuation, high-resolution joints, optional tactile sensors, and real-time CAN control at 500 Hz, supporting dexterous grasping of varied objects with payloads up to 12 kg depending on configuration and grasp type.

N/A
Humanoid Robot Hand
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Wonik Robotics Timeline & Milestones

Evolutionary history, landmark prototypes, major acquisitions, and commercial roadmap

2004Foundation

Wonik Robotics (SimLab) founded

Kyong-Sok Chang founds SimLab, later Wonik Robotics, to develop robotics hardware and software control systems.

Source: wonikrobotics.com

2024Partnership

Meta partnership on Allegro Hand with Digit Plexus

Meta announces that Wonik Robotics will develop an advanced Allegro Hand incorporating Meta Digit Plexus tactile technology.

Source: ai.meta.com

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Wonik Robotics Competitors by Category

Direct industry rivals grouped by specific robotics domain

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What Makes Wonik Robotics Different?

Editorial Analysis

Origin of Bots objective strategic assessment, engineering moats, and commercial hurdles

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Key Strengths & Moats

  • ✓Widely used in research papers.
  • ✓Meta collaboration.
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Core Strategic Focus

Tactile Allegro Hand.

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Road Ahead & Challenges

  • •Cheaper open hands like LEAP compete.
  • •Limited dexterity versus 20-DoF hands.
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Wonik Robotics vs Key Competitors

Strategic capability matrix across platform categories, commercial readiness, and target markets

Category / Focus

Allegro Hand V5
Research hand
Allegro Hand V5 Plus
Research hand
Shadow Dexterous Hand
Research hand
Schunk SVH
Five-finger hand

Primary Use

Allegro Hand V5
Teleoperation, assembly
Allegro Hand V5 Plus
Teleoperation, assembly
Shadow Dexterous Hand
Teleoperation, assembly
Schunk SVH
Service robotics, AI grasping research

Degrees of Freedom

Allegro Hand V5
9 (base, 3 fingers × 3 DOF); 16 (Plus, 4 fingers × 4 DOF)
Allegro Hand V5 Plus
16
Shadow Dexterous Hand
24 (20 actuated + 4 underactuated)
Schunk SVH
20

Release Year

Allegro Hand V5
2025
Allegro Hand V5 Plus
2025
Shadow Dexterous Hand
2004
Schunk SVH
2013
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Corporate Ecosystem & Ownership Structure

Parent company relationships, historical acquisitions, and global operating facilities

Global Facilities & Operating Hubs

Wonik Robotics Headquarters
HQ

Seongnam-Si, South Korea

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Frequently Asked Questions

8 Answers

Verified answers, company specifications, and deployment details about Wonik Robotics

Q

What is Wonik Robotics?

Wonik Robotics is a South Korean company in Seongnam, founded in 2004 as SimLab, that makes the Allegro Hand and other robotics hardware and control software.

Q

What is the Allegro Hand?

The Allegro Hand is a multi-fingered robot hand for research, commercialised by Wonik under licence from technology of the Korea Institute of Industrial Technology.

Q

What is the Allegro Hand V5?

The Allegro Hand V5 is a compact three-finger robotic hand with a nine degree-of-freedom structure for grasping and manipulation research, also sold as V5 Plus and V5 Sense.

Q

How is Wonik working with Meta?

Wonik is developing a next-generation Allegro Hand with Meta's Digit Plexus tactile technology, which it will manufacture and distribute for researchers.

Q

Who founded Wonik Robotics?

Kyong-Sok Chang founded the company in 2004 when it was known as SimLab. Wonik Robotics is a South Korean robotics company in Seongnam, founded in 2004 by Kyong-Sok Chang and formerly known as SimLab, that develops robotics hardware and software control systems.

Q

What is the Allegro Dog?

The Allegro Dog is a quadruped robot from Wonik Robotics that the company delivered to the US Naval Research Laboratory.

Q

Does the Allegro Hand have safety certification?

Wonik obtained CE certification for the Allegro Hand V5 and V5 Plus, according to its company history. Wonik Robotics is a South Korean robotics company in Seongnam, founded in 2004 by Kyong-Sok Chang and formerly known as SimLab, that develops robotics hardware and software control systems.

Q

Where is Wonik Robotics based?

Wonik Robotics is based in Seongnam-si, South Korea. Wonik Robotics is a South Korean robotics company in Seongnam, founded in 2004 by Kyong-Sok Chang and formerly known as SimLab, that develops robotics hardware and software control systems.

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Verified Data & Editorial Assurance

Compiled from verified corporate filings, official Wonik Robotics datasheets, and robotics engineering registries. Information has been verified against official manufacturer documentation. For commercial procurement or proprietary integrations, contact the manufacturer directly.