· covers 10 October – 10 November 2026
Exoskeleton news: November 2026
The past month brought consolidation in medical exoskeletons, more momentum for consumer hiking devices, and a run of studies that are more cautious than the marketing. Here are the stories that matter, with links to the original sources.
Business and deals
Wandercraft acquires Ekso Bionics; Ekso’s industrial arm goes to DynaWear
French company Wandercraft bought Ekso Bionics’ medical business from ChronoScale Holdings, bringing EksoNR and Indego Personal under the same roof as its own Atalante X and Eve. Terms were not disclosed. A later ChronoScale SEC filing showed the 30 September sale was split in two: Ekso’s industrial EksoWorks business, including the EVO shoulder exoskeleton, went to DynaWear Tech instead.
Source:Wandercraft announcement ↗ChronoScale SEC filing ↗
On this site:Ekso Bionics (Wandercraft) EksoNREkso Bionics (Wandercraft) Indego PersonalWandercraft EveDynaWear (formerly Ekso Bionics) EVO
Hurotics raises KRW 25 billion
South Korean wearable-robot maker Hurotics closed a KRW 25 billion (about US$18.7 million) Series A led by Atinum Investment, with Daewoong, Naver and Lotte joining as strategic investors. The money is earmarked for medical approvals and production of its walking-assist devices.
Source:Seoul Economic Daily ↗
China reports 46.4% growth in exoskeleton sales
China’s Ministry of Commerce said sales value of exoskeleton-assist products on key platforms rose 46.4% year on year in January to September 2026. Separately, e-bike maker Velotric raised RMB 200 million (about US$29.9 million) and said it plans to enter the consumer hiking exoskeleton market, though it gave no product details.
Ottobock takes SUITX exoskeletons into Würth trade stores
SUITX by Ottobock exoskeletons are now offered in more than 90 Würth branches in Germany, with over 100 planned by the end of 2026 and 240 locations in France by March 2027, putting industrial exoskeletons on the shelves where tradespeople already shop.
Source:Ottobock newsroom ↗
Angel Robotics founder returns as CEO
Angel Robotics founder Kyoungchul Kong is back as chief executive as the company pushes into “physical AI”. It also launched phai-x1, a programmable research hip exoskeleton built on ANGEL SUIT H10 hardware for labs developing their own control algorithms.
Source:Exoskeleton Index ↗Angel Robotics ↗
On this site:Angel Robotics ANGEL SUIT H10
Consumer
Hypershell X Ultra S named one of TIME’s Best Inventions
TIME included the Hypershell X Ultra S hip exoskeleton in its Best Inventions of 2026 list, a sign of how quickly consumer exoskeletons have moved into the mainstream.
Source:TIME ↗
On this site:Hypershell X Ultra S
Hypershell publishes real-world battery figures
In a battery-planning guide, Hypershell quotes up to 30 km of walking per battery at 30% assist in Eco mode, but 13.8 km in its uphill test at full Eco assist. These are the company’s own test figures, but they show how much terrain and assist level affect range.
Source:Hypershell ↗
On this site:Hypershell X Pro SHypershell X Max SHypershell X Ultra S
Hypershell Halo deliveries due to begin
Hypershell’s four-motor hip-and-knee Halo is on pre-order at $2,299, with shipping due to start in late November. The first 200 units are a numbered Origin Edition.
Source:Hypershell ↗
On this site:Hypershell Halo
VIGX adds terrain sensing with the π6
VIGX’s new π6 range uses an ams OSRAM depth sensor to detect the terrain ahead, so the device can adjust assistance before a step or slope instead of reacting after it.
Source:Exoskeleton Index ↗
On this site:VIGX π Plus
Samsung Bot Fit lowers blood sugar after meals in a small study
In a study of 14 adults with type 2 diabetes walking for 30 minutes after meals, Bot Fit’s resistance and assistance modes reduced post-meal glucose exposure by about 25% and 22% compared with walking without the device. The study was small and short.
Source:BMC Endocrine Disorders ↗
On this site:Samsung Bot Fit
Medical and rehabilitation
Stroke meta-analysis: better balance, unclear daily-life benefit
A meta-analysis of 14 randomised trials with 565 stroke survivors found pooled improvements in walking independence, balance and leg motor function with exoskeleton gait training. Whether that translates into better everyday life remains unclear.
Source:Exoskeleton Index ↗
Small HAL pilot shows short-term gait gains after acute stroke
A four-patient pilot at Tokushima University Hospital found walking speed and step length improved right after Cyberdyne HAL sessions, but there was no significant advantage over conventional training once results were adjusted.
Source:Frontiers in Neurorobotics ↗
On this site:Cyberdyne HAL Lower Limb
ReWalk users still walking at home after nearly three years
An Italian study of seven people with chronic paraplegia found they were still using ReWalk exoskeletons at home after a median of 33 months; six averaged more than 3,000 steps a month, with no falls or device-related fractures reported.
Source:Spinal Cord Series and Cases ↗
On this site:Lifeward (ReWalk) ReWalk 7 Personal
China adds exoskeleton rehab to insurance pilots
Exoskeleton rehabilitation sessions have entered health or long-term-care insurance pilots in Beijing, Shanghai, Jiangsu and Zhejiang. One Zhejiang hospital reports monthly training visits rising from about 40 to 200 after its pilot began.
Source:Exoskeleton Index ↗
ANGEL SUIT H10 registered in Thailand
Angel Robotics’ hip-assist rehabilitation exoskeleton completed medical-device registration with Thailand’s FDA, its third overseas market after Malaysia and Vietnam.
Source:News1 Korea ↗
On this site:Angel Robotics ANGEL SUIT H10
New financing for pediatric exoskeletons in Spain
MicroBank, CaixaBank’s social bank, opened a €3 million annual financing line to help families buy Marsi Bionics’ €49,900 EXPLORER MB pediatric exoskeleton. Separately, Madrid opened €295,000 in tenders for adult and pediatric rehabilitation exoskeletons at Hospital Enfermera Isabel Zendal.
Source:Exoskeleton Index (MicroBank) ↗Exoskeleton Index (Madrid tenders) ↗
On this site:Marsi Bionics EXPLORER MB
Industrial
Warehouse trial finds no clear drop in back discomfort
A randomised trial of 97 workers across six warehouses over about five months found Verve Motion’s SafeLift powered back exosuit did not significantly reduce back discomfort in the main comparison. An exploratory analysis hinted at benefits for moderate users, but the authors note those users also started with less discomfort.
Source:Ergonomics ↗
Construction study: less fatigue, but comfort holds adoption back
A field study across five construction sites found back-support exoskeletons cut reported fatigue by 42% and perceived exertion by 27%, but comfort remained the main barrier to workers wearing them.
Source:Exoskeleton Index ↗
Japan subsidises passive assist suits for small firms
Non-powered assist suits were added to Japan’s subsidy catalogue for labour-saving equipment. Eligible small and medium-sized firms can claim up to 50% of qualifying costs.
Bologna Airport trials shoulder exoskeletons for baggage handlers
Bologna Marconi Airport is trialling Comau’s MATE-XT GO passive shoulder exoskeleton with enough units for a full shift of baggage handlers, with unions involved in the assessment.
Source:Dire (Italian) ↗
Defense and rescue
Indian Army tenders for 650 exoskeletons
India’s Ministry of Defence published a Government e-Marketplace bid for 650 exoskeleton units, with bids due 16 November 2026. A separate one-unit tender for use in Leh requires a successful trial at −20 °C. These are procurement notices, not confirmed purchases.
Source:Exoskeleton Index (650 units) ↗Exoskeleton Index (Leh tender) ↗
Mountain rescue uses an exoskeleton at the Grand Raid
France’s PGHM mountain-rescue unit on La Réunion used a walking-assist exoskeleton to help a Grand Raid ultra-trail runner who could no longer continue unaided: an early real-world rescue use.
Source:Exoskeleton Index ↗
Research
Tongue-controlled hand exoskeleton restores grasping
Five people with cervical spinal cord injury used a hand exoskeleton controlled with the tongue to grasp everyday objects, with a 96% overall success rate.
Source:Exoskeleton Index ↗
Exoskeletons for divers
A Science Robotics analysis examined how underwater exoskeletons could reduce diver effort and air use. Earlier tests by a Shenzhen team reported 18–30% lower breathing volume across different swimming and walking tasks.
Cosmonauts test an exoskeleton for controlling robots
Crew aboard the International Space Station are testing an exoskeleton with VR goggles and hand controllers to operate robots remotely, starting with simulated tasks.
Source:Exoskeleton Index ↗
Summaries are written by human: powered from the linked sources. Study results are reported as published and are not medical advice.