Allegro Hand V5 Plus

Allegro Hand V5 Plus

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.

Manufacturer
Wonik Robotics
Rating
☆☆☆☆☆(0.0)
Launch Year
2024
Price
USD 15,000 – 27,500
Share
|||
|

Robot Specifications

Total Degrees of Freedom
16
DOF Per Finger
4
Hand Type
anthropomorphic
Hand Name
Allegro Hand V5 Plus
Thumb Config
opposable
Finger Link Segments
3 segments per finger
Finger Joint Types
revolute, tendon-driven
Materials
aluminum, carbon fiber, tendon cables
Carrying Capacity (Per Arm)
15000
Max Grip Force (Pinch)
15 N to 20 N
Max Grip Force (Power)
50 N to 70 N
Supported Grasp Types
pinch, power, lateral, precision
Object Size Range
10–150 mm

Review Videos

Watch expert reviews and demonstrations of this robot

Allegro Hand V5 Plus Review Video 1
Allegro Hand V5 Plus...
Click to play
Allegro Hand V5 Plus Review Video 2
Allegro Hand V5 Plus...
Click to play
Allegro Hand V5 Plus Review Video 3
Allegro Hand V5 Plus...
Click to play

More Robots from Wonik Robotics

Explore other robots from this manufacturer

Global Availability

One Robot
Infinite Possibilities

Available Exclusively onORIGINOFBOTS
Available Globally

Frequently Asked Questions

Get answers to common questions about this robot

Q1.What are the degrees of freedom (DOF) and finger configuration of the Allegro Hand V5 Plus?

The Allegro Hand V5 Plus features **4 fingers** (3 fingers + 1 thumb) with a total of **16 active DOF** (4 DOF per finger), enabling precise and human-like dexterous grasping and manipulation.

Q2.What is the grip strength and payload capacity of the Allegro Hand V5 Plus?

It offers a **stall torque of 0.92 N·m (typical) to 1.84 N·m** (2nd joint of fingers, excluding thumb), **nominal torque of 0.23 N·m to 0.46 N·m**, and can handle a **payload up to 15 kg** (depending on measurement method), suitable for grasping rigid or soft objects of various shapes.

Q3.What are the power requirements and weight of the Allegro Hand V5 Plus?

The hand requires **24 V / 5 A / 120 W** power (compatible with 12-24 V systems) and weighs approximately **1.02-1.20 kg** (manufacturer vs. shop listing, may include cabling variance).

Q4.What programming and SDK options are available for the Allegro Hand V5 Plus?

It includes the **Allegro Hand Console Application** for simulation-based algorithm prototyping, hardware testing, and ready-to-use grasping algorithms; supports real-time control, custom CAN interfaces (e.g., NI/Peak), and OS like Windows (XP/7/8, Visual Studio) and Linux (ROS).

Q5.What are the main use cases for the Allegro Hand V5 Plus?

Designed for **dexterous grasping, manipulation research, haptics, education, and industrial applications** like handling diverse object geometries (rigid/soft), contact-rich tasks, and simulation-based experimentation.

Q6.What safety features does the Allegro Hand V5 Plus have for operation?

Features **current-controlled joints** with high joint resolution (0.088°), torque control for precise movements, and gear ratios (288.35

Q7.What is the pricing for the Allegro Hand V5 Plus?

Pricing is not listed in available specifications; contact suppliers like MYBOTSHOP GmbH or Wonik Robotics directly for quotes on configurations (with/without fingertip sensors), as it varies by revision, SKU, and package contents.

Q8.How does the Allegro Hand V5 Plus integrate with full humanoid robots or arms?

Its **compact 1.20 kg design**, CAN interface, and ROS compatibility make it ideal for mounting on humanoid arms; supports custom tooling like GUI control and fingertip upgrades for contact-rich tasks in research setups.

User Comments (No Login needed)

Share your thoughts, experiences, or questions about this robot.
Comments are reviewed before posting.

0 / 5000 characters