World-leading neurorehabilitation technology in Warwickshire
LEXO Robotic Gait Trainer
At the Resilience Therapy Centre in Warwickshire, we use advanced neurotechnology to make those first steps in recovery safer, more achievable, and more motivating.
The LEXO Robotic Gait Trainer is one of the most advanced systems available for supported walking. It allows people to begin walking practice earlier in their rehabilitation, building strength, balance, and confidence while keeping
sessions safe and engaging.
LEXO supports the whole body while still encouraging active participation, helping the brain and body relearn walking in a controlled, supportive environment.
taking first steps with confidence
How it works
LEXO is a robotic treadmill system designed to help people walk again after injury, illness, or long-term immobility. Unlike traditional treadmills or rigid robotic systems, Lexo works with the person’s own efforts rather than simply moving the legs for them.
It uses an end-effector mechanism – the feet are attached to motorised footplates which guide them through a natural stepping motion, allowing freedom of movement at the hips and knees. A harness and trunk support provide adjustable body weight relief and stability, while the footplates actively assist or follow the person’s steps.
LEXO adapts in real time to different step lengths, walking speeds, and support levels, making it suitable for those needing full assistance as well as those who require minimal guidance. Sessions begin quickly – often within two minutes – and most of the time is spent actively walking.
Who can benefit from the LEXO Robotic Gait Trainer?
LEXO offers meaningful walking practice across all stages of recovery. It’s ideal for early rehabilitation when walking independently is not yet possible, as well as for developing long-term mobility, balance, and endurance.
Valuable for a range of conditions
The LEXO Robotic Gait Trainer is particularly helpful for people who are not yet walking independently or who struggle with symmetry, posture, or endurance.
- Stroke recovery to improve walking pattern, balance, and coordination
- Brain or spinal cord injury rehabilitation
- Multiple sclerosis (MS) therapy to maintain mobility and reduce fatigue
- Parkinson’s disease physiotherapy for safer, more efficient walking
- Functional Neurological Disorder (FND) movement retraining
- Complex trauma or orthopaedic injuries affecting gait
Why It Helps Recovery
Early, active walking is essential in neurological rehabilitation – it improves circulation, stimulates the nervous system, and prevents complications from immobility. However, it must be safe and performed with good technique.
LEXO allows people to practise walking earlier in their recovery, without the risk of falls or harmful compensations.
Unlike passive walking devices, Lexo requires active effort with every step, helping to build strength, coordination, and confidence.
Recover safely and reduce risk
The LEXO Robotic Gait Trainer is designed to make early walking safer, more effective, and more motivating:
- Dynamic Body-Weight Support
- Active Walking Encouraged
- Rapid, High-Intensity Sessions
- Natural Gait with Real-Time Feedback
- Minimal Setup, Maximum Therapist Engagement
It prioritises natural movement and empowers therapists to deliver focused, engaging sessions, reducing risk, boosting confidence, and accelerating recovery.
Book a Neurotech Discovery Session
See the LEXO Robotic Gait Trainer in action. Try our 90-minute Neurotech Discovery Session to test the system, receive a personalised movement assessment, and discover how technology can accelerate your recovery.
Neurotech Therapy Packages
Experience advanced rehabilitation technology with our expert therapists at the Resilience Therapy Centre in Warwickshire. Every session is personalised to your goals, backed by measurable results. Self-referrals welcome – no GP referral required. Take control of your own recovery today.
Frequently asked questions
LEXO benefits anyone recovering from neurological or orthopaedic conditions that affect walking – including stroke, brain injury, spinal cord injury, multiple sclerosis, Parkinson’s disease, Functional Neurological Disorder (FND), amputation, and complex trauma. It’s especially useful for those not yet walking independently or who struggle with posture, symmetry, or endurance.
