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Robolist.ai
surgical-medical

HAL

Built by Cyberdyne and University of Tsukuba · Japan

HAL

Overview

HAL (Hybrid Assistive Limb) is a powered exoskeleton that can assist in daily activities in a rehabilitative capacity, or magnify the strength of the user by a factor of 10. It is equipped with two control systems, one based on bio-electrical signals derived from a person’s brain and nervous system that reflect an intended movement and another based on AI algorithms. HAL can help people to get better at walking on their own and is helping emergency responders.

Key facts

Payload
100 kg
Reach
Speed
Weight
14 kg
IP rating
Battery
1 h
Power
Autonomy
fully autonomous
Launch year
2004
Price
Status
active

Detailed specifications

Other8
Height Mm
1230
Applications
hospitality, eldercare_assistance, healthcare, rehabilitation
Datasheet Url
https://cyberdyne.jp/english/products/LowerLimb_nonmedical.html#specifications
Company Country
JP
Industries Served
healthcare, wellness
Availability Status
available
Additional Information
- Designed for individuals with lower limb movement difficulties - Adjusts to user size including leg and foot dimensions - Provides real-time monitoring through HAL Monitor - Limited to users with detectable bio-electrical signals - Not available for rental to individual users
Deployment Environment
indoor

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