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Exoskeleton

HAL® Independence Support Single Joint Type

NativeHAL®自立支援用単関節タイプ

Built by Cyberdyne · Japan

Updated Sep 2026·methodology
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The HAL® Independence Support Single Joint Type is a Exoskeleton developed by Cyberdyne (Japan), launched 2015.

RoboScore

62.1/ 100

Strong evidence

No confirmed deployment on record — this score reflects the rest of the record, not verified adoption.

5 of 9 signals present

Recomputed nightly from public data. Missing data is skipped, never zero-filled — and rankings are never for sale.

Weighted factors

average of the 5 scored · blanks don't count

Commercial maturity20%75/100
Deployment footprint20%unknown
Proven track record12%70/100
Spec completeness12%94/100
Company financial health12%unknown
Company maturity8%100/100
Manufacturer portfolio6%100/100
Media mentions (trailing 12 months)6%unknown
Independent recognition4%unknown

Not in the Exoskeleton standing. The standings cover robots first sold from 2020 onward, and this one launched in 2015. Its Robo Score above is unaffected — the score is the evidence, the standing is only who it is listed against.

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Overview

The HAL® Single-Joint Self-Support Type is an exoskeleton designed to support individuals with single-joint mobility issues in daily activities. It utilizes advanced sensors to detect bioelectric signals from the user's skin, enabling the device to support natural movement patterns. This model is tailored for personal use, helping users regain independence in specific joint movements. The exoskeleton is suitable for individuals with mobility impairments due to aging, injury, or neurological conditions.

Flagship features

  • Specialized for joint-specific rehabilitation
  • Includes multiple attachment supports for various body parts
  • Electrode-based EMG detection for precise assistance
  • Leasing only, purchase option not available

Buyer decision signals

Viability

est. 2004

新型医療用HAL下肢タイプの国内レンタル販売開始

Specifications

Category: Exoskeleton
Weight
1.5 kg
Battery
2 h
Launch year
2015
Price
Contact for quote
Status
active
VerifiedSelf-reportedEstimated

Company profile

Founded
2004

Detailed specifications

What it is built for3
Applications
personal mobility,elderly care
Sub Category
medical mobility
Industries Served
healthcare
Size & capacity1
Height Mm
944
Other details3
Assist Mode
active
Body Coverage
lower body
Joints Actuated
knee

Who runs it· deployment evidence

No deployment evidence on file

A deployment is recorded when a public source names the customer, or the maker confirms it. Nothing here counts against this robot.

6 other robots in this category have one.

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Where to buy

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Company milestones

  • May 2026Launch新型医療用HAL下肢タイプの国内レンタル販売開始
  • Feb 2026LaunchLB06 model sales begin
  • Jan 2026MilestoneCybernicx Future 2026 announced for Istanbul
  • Nov 2024MilestoneMTX Neuro HAL Plus expanded to wider areas
  • Jan 2024MilestoneFirst Cybernics & Neurobionics Summit in Hannover
  • Oct 2020MilestoneFDA submission describing HAL-ML05/ML07
  • Oct 2020MilestoneFDA review summary cites 207 patients in PMS
  • Oct 2020MilestoneFDA submission describes HAL-ML05 exoskeleton

Frequently asked questions

Who makes the HAL® Independence Support Single Joint Type?
The HAL® Independence Support Single Joint Type is developed by Cyberdyne, based in Japan.
What type of robot is the HAL® Independence Support Single Joint Type?
The HAL® Independence Support Single Joint Type is a Exoskeleton made by Cyberdyne.
How much does the HAL® Independence Support Single Joint Type cost?
Pricing for the HAL® Independence Support Single Joint Type is not publicly listed — contact Cyberdyne for a quote.
When was the HAL® Independence Support Single Joint Type launched?
The HAL® Independence Support Single Joint Type was launched in 2015.

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