REAX Run for Allied Health Professionals
Redefining balance, neuroplasticity and functional rehabilitation.
The Reax Run is a clinical-grade neurosensory treadmill designed to accelerate recovery, improve balance, and enhance sensorimotor integration. Built for Physiotherapists, Occupational Therapists, and Exercise Physiologists, it uses unpredictable speed and incline perturbations to simulate real-world balance challenges, supporting neuroplastic change and vestibular adaptation.
Why Allied Health Professionals choose REAX Run.
Evidence Based Reactive Balance Training.
Reax Run activates automatic postural responses and retrains sensory systems in patients with neurological, vestibular, or musculoskeletal dysfunction.
Sensory Reweighting in Action
Engages visual, vestibular, and proprioceptive inputs, helping clients recalibrate sensory reliance and improve dynamic balance. Ideal for patients with PPPD, bilateral vestibulopathy, or post-concussion symptom.
Supports Autonomic Regulation & Affect
Unpredictable challenges help regulate the autonomic nervous system, addressing sympathetic arousal and emotional dysregulation in populations with trauma, PTSD, or vestibular hypersensitivity.
Scalable, Functional & Goal-Oriented
From falls prevention to high-functioning neuro rehab, therapists can tailor sessions to suit client needs, clinical stages, and functional goals.
Clinical benefits
- Postural Control & Stability – Enhances trunk, hip, and limb control via reflexive and voluntary strategies
- Vestibular & Visual Reflex Training – Stimulates VOR, VSR, VCR, and OKR for gaze stabilization and head-body coordination
- Dual-Task Capacity – Promotes cognitive-motor integration, essential for safe ambulation, return-to-work, or community re-entry
- Multisensory Activation – Drives neuroplastic change through real-time sensory conflict and resolution
- Autonomic Nervous System Regulation – Facilitates down regulation of fight-or-flight responses through structured exposure
Key Features
- Unpredictable Terrain Simulation - Random incline and speed changes force full body neuromuscular engagement.
- Cognitive Motor Engagement - Boosts focus, agility and decision making under movement stress.
- Multisensory Challenge - Trains visual, vestibular (inner ear) and proprioceptive systems simultaneously.
- Trainer Control Programs - Adjust each session for strength, speed, reaction or recovery.
- Durable High Performance Design - Built for commercial gyms, high performance centres and boutique studios.
Integrated Brain-Body Rehabilitation
Reax Run engages:
- Cerebellum – Coordinates fine motor control and balance correction
- Prefrontal Cortex – Supports decision-making under movement
- Sensorimotor Cortex & Brainstem – Processes proprioceptive and vestibular input for postural output
- Visual Cortex (Occipital Lobe) – Reintegrates visual motion during gait
Ideal Patient Populations
- Concussion & mild traumatic brain injury (mTBI)
- Vestibular disorders (UVH, BVP, PPPD)
- Neurological rehab (stroke, MS, Parkinson’s)
- Functional falls prevention & aging
- Sports physiotherapy applications – Supports dynamic gait retraining, reactive stability, and motor control for return-to-sport and performance optimisation in field and court athletes
- Enhances neuromotor coordination under cognitive load—ideal for agility, change-of-direction, and dual-task drills
- Objective balance and reaction-time progression tracking for ACL rehab, ankle instability, and lower limb injury prevention
- Integrates seamlessly into late-stage rehab to performance pipelines, especially where readiness-to-return testing is required
- Facilitates load tolerance reintroduction, spatial awareness, and visual-vestibular coordination during sport-specific drills
- Effective in reconditioning athletes with chronic instability, neuromechanical deficits, or sensory mismatch symptoms
- Enhances neuromotor coordination under cognitive load—ideal for agility, change-of-direction, and dual-task drills
- Objective balance and reaction-time progression tracking for ACL rehab, ankle instability, and lower limb injury prevention
Therapist-Friendly Technology
- Customizable Parameters – Adjust incline, speed, and randomness to suit patient goals
- Data-Driven Sessions – Track progression and adapt programs over time
- Safe & Progressive – Supports early-stage rehab through to higher-functioning dynamic retraining
- Clinical-Grade Durability – Built for use in private practices, hospitals, and community health settings
Built on Science
Clinical literature supports the use of reactive, multisensory training for balance, vestibular compensation, and emotional regulation.
"Recovery isn’t just about strength—it’s about restoring the brain’s ability to process, adapt, and respond in real-time."