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RehabHub by Fourier Intelligence | Ascot Rehabilitation London
Home Rehab Technology RehabHub by Fourier Intelligence
London's Only Fourier Centre of Excellence

RehabHub by Fourier
Intelligence.

The world's most advanced integrated rehabilitation robotics ecosystem — available exclusively in London at Ascot Rehab, the only designated Fourier Centre of Excellence in the capital.

Status
London's
Only
Fourier Centre of Excellence in the capital
Devices
10+
Specialist robotic systems on site
ArmMotus™ EMU — Global Recognition
Red Dot 2022 iF Design 2022 IERA Award 2023 Good Design 2022 Medical Design Award
Our Commitment

"At Ascot Rehab, our integration of Fourier Intelligence's advanced technologies makes us a premier destination for neurorehabilitation — committed to driving innovation in recovery outcomes."

Ascot Rehab · Clinical Team
London's Only Fourier Centre of Excellence
ArmMotus™ EMU · Red Dot Award 2022
10+ Robotic Rehabilitation Devices On Site
Upper Limb · Lower Limb · Balance · Coordination
InfinityNet™ Cloud-Connected Data Platform
CARF Accredited · Streatham & Wimpole Street
London's Only Fourier Centre of Excellence
ArmMotus™ EMU · Red Dot Award 2022
10+ Robotic Rehabilitation Devices On Site
Upper Limb · Lower Limb · Balance · Coordination
InfinityNet™ Cloud-Connected Data Platform
CARF Accredited · Streatham & Wimpole Street
Centre of Excellence

The only place in London where you can access the full Fourier Intelligence RehabHub ecosystem under one clinical roof.

Ascot Rehab has been designated as London's only Fourier Intelligence Centre of Excellence — a recognition earned through our commitment to clinical excellence, our investment in the full RehabHub device ecosystem, and our track record in delivering measurable rehabilitation outcomes for patients from across the UK and internationally.

The RehabHub is not a single device. It is a complete, interconnected platform — bringing together robotics, biomechanics, data intelligence and evidence-based therapy into a unified rehabilitation environment that adapts to every patient's needs, at every stage of recovery.

What RehabHub Delivers

A fully integrated rehabilitation ecosystem covering upper limb, lower limb, balance, coordination and fine motor skills — with every device connected through InfinityNet™, Fourier's secure cloud data platform, for seamless patient tracking and clinical insight.

10+
Specialist robotic
devices available
360°
Full body rehab
coverage
Real-time
Session data &
outcome tracking
Award
Winning device
design globally
The Platform

One platform. Every stage of recovery. All connected.

RehabHub™ is not a collection of separate machines — it is a comprehensive, modular rehabilitation platform that merges robotics, biomechanics, a digital data infrastructure and evidence-based therapy into a single, intelligent system.

At the heart of the system is InfinityNet™ — Fourier Intelligence's secure, cloud-connected data network that synchronises all devices, all patient records and all therapy protocols in real time. Every session generates data. Every data point shapes the next session.

InfinityNet™

Fourier's proprietary cloud platform connects every RehabHub device to a unified patient record — enabling seamless data integration, session-by-session outcome tracking and a truly responsive rehabilitation experience that adapts as the patient recovers.

RehabHub™ Core
Rehab
Hub
Fourier Intelligence
COE
Centre of
Excellence · London
Featured Devices

Explore the RehabHub
Device Suite

Upper Limb · World First
ArmMotus™
EMU
3D Upper Limb Rehabilitation Robot

The world's first 3D back-drivable upper limb rehabilitation robot — jointly developed by Fourier Intelligence and the University of Melbourne Robotics Laboratory over six years. The ArmMotus™ EMU uses an innovative cable-driven mechanism with lightweight carbon fibre rods to minimise friction and inertia, recreating the precision touch of a therapist's hand through industry-leading force feedback technology.

3D multi-directional movement training with gravity compensation — supporting the full range of upper limb rehabilitation from acute to community
AI-powered gamified sessions — table tennis, cooking, fishing — that measure movement trajectory, strength, ROM and motor control in real time
Generates a detailed clinical report after every training period — giving therapists unprecedented insight into patient progress
Supports group therapy while maintaining individual patient settings and performance tracking
Red Dot Winner 2022 iF Design Award 2022 IERA Award 2023 Good Design Award 2022 Medical Design Excellence Award
EMU
Device Category
3D
Upper
World's first back-drivable
upper limb rehab robot
More data per session than traditional therapy
6yr
Research & development with Uni. of Melbourne
Upper Limb · Core Platform
ArmMotus™
M2
Upper Limb Rehabilitation Equipment

The core product of the Motus™ series — incorporating all of Fourier Intelligence's foundational rehabilitation technology in a system designed to cover the full continuum of upper limb rehabilitation. Simple to operate and highly effective across all patient groups.

Covers the whole continuum of rehabilitation with abundant training scenarios adaptable to each stage of recovery
Fourier Intelligence's core force feedback technology ensures exceptional user experience and high compliance
Suitable for patients from acute hospital through to outpatient and community rehabilitation
M2
Device Category
Upper
Limb
Full continuum of care coverage
Full
Continuum of rehab coverage
Core
Motus™ series flagship device
Wrist Joint Rehabilitation
WristMotus™
Wrist Joint Rehabilitation Equipment

A specialist device targeting wrist joint rehabilitation through training that mirrors activities of daily living — completing the upper limb solution alongside ArmMotus™ and HandyRehab™.

Forearm pronation and supination training — critical for daily tasks including turning keys and using cutlery
Ulnar and radial deviation training with graded resistance and assistance modes
Wrist flexion and extension rehabilitation through ADL-simulating training scenarios
Integrates seamlessly with ArmMotus™ and HandyRehab™ for a complete upper limb programme
Wrist
Focus Area
Wrist
ADL
Activities of daily living
simulation
3
Movement planes trained simultaneously
ADL
Training scenarios mimic real daily tasks
Hand & Finger Rehabilitation
HandyRehab™
Hand Function Rehabilitation Robotics Glove

An intelligent robotic glove addressing fine motor skills — one of the most challenging areas of neurological rehabilitation. Lightweight, portable and EMG-integrated for responsive, personalised hand therapy.

8 individual motors enabling complex, independent finger movement training with precision and control
Electromyographic (EMG) biofeedback integration — training responds to the patient's own muscle activity signals
Passive, active-assistive and bi-manual training modes covering the full range of hand rehabilitation needs
Weighs just 380g — one of the lightest powered rehabilitation gloves available; supports home use as recovery progresses
Hand
Device Weight
380g
One of the lightest powered
rehabilitation gloves available
8
Individual motors for complex finger training
EMG
Biofeedback integration for responsive therapy
Lower Limb · Ankle Joint
AnkleMotus™
Ankle Joint Rehabilitation Equipment

Designed around the natural motion patterns of the ankle joint — with a specific focus on lower limb muscle strengthening and neuroplasticity induction for the muscle groups involved in walking.

Ankle joint stretching to improve soft tissue tension and range of movement
Resistance-based strength training simulating different ADL scenarios
Motor control training targeting the precise coordination required for safe walking
Induces neuroplasticity in the muscle groups that drive gait — supporting walking recovery in stroke, SCI and TBI patients
Ankle
Primary Goal
Gait
Ready
Neuroplasticity for
walking muscle groups
3
Training modes: stretch, strength, control
ADL
Resistance training mimics real activities
Balance & Gait Training
BalanceMotus™
KINE-SIM
Dual Interactive Platform Balance Training

A sophisticated balance and gait rehabilitation device using two motorised force plates that move in synchronisation with immersive multimedia content — reproducing real-life scenarios to challenge and rebuild balance, gait and lower body function.

Dual motorised force plates with synchronised multimedia content creating realistic, motivating training scenarios
Addresses balance, gait, lower body orthopaedics and cognitive tasks within a single integrated system
Gamified environment reduces fall anxiety and increases engagement — particularly beneficial for older patients and those post-stroke
Balance
Platform Type
Dual
Force
Two motorised platforms
with multimedia sync
2
Motorised force plates in synchronisation
4+
Training domains in one platform
Digital OT · Cognitive Rehab
OTParvos™
Digital Occupational Therapy Training System

A portable, AI-powered occupational therapy system combining electromagnetic sensors, LED arrays and dynamic control algorithms to improve upper limb motor control, fine finger ability, hand-eye coordination and cognitive skills through engaging, game-based training.

Electromagnetic sensor technology providing precise, responsive tracking of upper limb and hand movements
AI-driven dynamic control algorithm adapts difficulty in real time based on patient performance
Variety of accessories and game-based scenarios maintaining engagement throughout the rehabilitation programme
Addresses cognitive rehabilitation alongside physical — uniquely valuable for patients with combined neurological and cognitive presentations
OT
Technology
AI+
EMG
Adaptive difficulty driven
by AI and sensor data
AI
Dynamic real-time difficulty adaptation
Dual
Physical & cognitive rehab combined
Foot & Postural Assessment
PelmaMotus™
Foot, Posture & Balance Assessment System

An advanced system integrating assessment and training — using a large-area pressure sensor array, high-speed acquisition circuits and intelligent analysis software to accurately assess foot function, posture, balance and gait patterns, then deliver targeted, gamified training based on those findings.

Large-area pressure sensor array providing precise, comprehensive foot and postural assessment data
Combined assessment and training platform — findings immediately inform the training programme
Immersive, gamified training scenarios maintaining patient engagement and motivation
Biomechanics database integration providing clinical context and benchmarking for each patient's results
Pelma
Integration
Assess
+Train
One platform for assessment
and targeted training
360°
Foot, posture and balance assessment
Live
Real-time data drives training
Complete Device Suite

All RehabHub™ Devices
at Ascot Rehab

Every device in the RehabHub ecosystem is available at Ascot Rehab — from specialist upper limb robotics to whole-body conditioning and gamified balance training. All connected through InfinityNet™.

Upper Limb · World's First · Award Winning
ArmMotus™ EMU
3D Back-Drivable Upper Limb Robot

The world's first 3D back-drivable upper limb rehabilitation robot — developed with the University of Melbourne. Cable-driven mechanism with carbon fibre structure; force feedback recreates therapist touch. AI-powered gamified sessions generate detailed clinical reports after every session.

Red Dot 2022iF Design 2022IERA Award 2023Good Design 2022
Upper Limb · Core Platform
ArmMotus™ M2
Upper Limb Rehabilitation Equipment

Core Motus™ series device covering the full continuum of upper limb rehabilitation. Abundant training scenarios adaptable from acute to community settings.

Wrist Joint
WristMotus™
Wrist Rehabilitation Equipment

Targets wrist functions through ADL-simulating training — pronation, supination, flexion, extension, ulnar and radial deviation. Completes the upper limb solution.

Hand & Finger
HandyRehab™
Robotic Rehabilitation Glove

8-motor intelligent robotic glove with EMG biofeedback. Passive, active-assistive and bi-manual modes. Weighs 380g — suitable for clinic and home use.

Digital OT
OTParvos™
AI-Powered OT Training System

Electromagnetic sensor + LED array + AI — gamified upper limb and cognitive training improving motor control, fine motor skills and hand-eye coordination simultaneously.

Ankle Joint
AnkleMotus™
Ankle Rehabilitation Equipment

Designed around the ankle's natural motion pattern. Focuses on lower limb strengthening and neuroplasticity induction for the muscle groups involved in walking.

Active & Passive Training
CycleMotus™ A4
Upper & Lower Limb Cycle Training

High-resolution touchscreen-controlled active/passive training for upper and lower limbs. Improves cardiopulmonary function, muscle strength and coordination.

Bedside Rehabilitation
CycleMotus™ B2L
Mobile Bedside Rehab System

Mobile bedside active/passive training based on early rehabilitation principles — suitable for stroke, post-myocardial infarction, chronic kidney failure and more.

Foot & Posture
PelmaMotus™
Foot, Posture & Balance System

Large-area pressure sensor array with intelligent biomechanics analysis. Assesses foot function, posture and balance — then delivers targeted, immersive gamified training.

Balance & Gait
BalanceMotus™ KINE-SIM
Dual Interactive Balance Platform

Two motorised force plates synchronised with multimedia scenarios reproducing real-life environments. Addresses balance, gait, lower body orthopaedics and cognitive tasks.

The Science

Why Robotic Rehabilitation
Changes Outcomes

The RehabHub system is not technology for technology's sake. Every device is designed around established neuroscience — and the evidence for high-repetition, task-specific, feedback-driven rehabilitation is compelling.

01
Neuroplasticity Through Repetition

The brain rewires itself through repeated, task-specific movement. Robotic systems enable far higher repetition volumes than traditional therapy alone — accelerating the neuroplasticity that drives motor recovery.

02
Real-Time Feedback Loops

Immediate, objective feedback during every movement — from force data to trajectory analysis — allows the system and the therapist to refine assistance and resistance in real time, keeping therapy in the optimal therapeutic window.

03
Gamification Drives Engagement

Evidence consistently shows that motivated patients achieve better outcomes. The RehabHub's gamified environments maintain engagement, reduce perceived effort and enable patients to sustain more intensive therapy for longer periods.

04
Data-Driven Clinical Decisions

Session-by-session objective data removes guesswork from clinical decision-making — enabling therapists to detect progress earlier, identify plateaus sooner and adapt programmes with precision.

From the ArmMotus™ EMU Story

"It makes rehab fun — you don't realise how much work you're doing. The new ArmMotus™ EMU provides personalised therapy, technology-based solutions, coaching capabilities and remote monitoring."

Patient using ArmMotus™ EMU · NR Times
High
Repetition volume enabled vs traditional therapy
360°
Full body coverage across all RehabHub devices
Live
Data generated & analysed every session
AI
Personalised adaptive therapy in real time
Recognition

Global Award-Winning Technology

The ArmMotus™ EMU and Fourier Intelligence's broader platform have been recognised with some of the most prestigious international design and clinical technology awards.

🏆
Red Dot Design Award
2022
🏅
iF Design Award
2022
IERA Award
(IEEE / RAS)
2023
Good Design Award
2022
Medical Design Excellence Award
Global
Patient Voices

What Patients Say About Our Technology

"

"I had both physiotherapy and hydrotherapy at Ascot Rehab and couldn't be happier. The hospital is brand new, and it feels great just to be there. All of their technology is state-of-the-art and very impressive. I'm truly satisfied with the care I received."

Jihan Natour · Patient · Verified Google Review
5.0
★★★★★
Verified Google Reviews
Based on 10 verified patient reviews
★★★★★

"My wife has had physical therapy and hydropool sessions with Salman and Rishika, who have both been outstanding. We've seen a massive improvement in her walking stability, which has made a huge difference."

Ray Joseph
Google Review · Verified
★★★★★

"I was especially impressed by how the service is continually monitored and improved, with regular feedback forms given to inpatients. A genuinely supportive and well-run place for rehabilitation."

miX perimental
Google Review · Verified
★★★★★

"My balance has improved considerably over the time I have been coming. Great service, very welcoming staff with a commitment to care and support once you enter through the door. Highly recommend."

Anthony Yates-Watson
Google Review · Verified
Experience the Future of Rehabilitation

London's most advanced
rehab technology. Here.

Speak to our team about accessing the RehabHub at Ascot Rehab today.

020 8149 4544

Contact Us