Body-weight supported gait training
A harness offloads a controlled percentage of your body weight so stepping practice can start far earlier and far more safely than free walking allows. Support is reduced week by week as capacity grows.
Technology · Robotic Rehabilitation
Thousands of perfect repetitions. Every session.
A robot never gets tired, never loses form, and counts every repetition. That is why it can deliver the training volume the brain actually needs to rewire.
- Session length
- 60 minutes
- Pricing
- Weekly & monthly plans
- Home visit
- Centre only
In 20 seconds
What is actually going wrong
A robot never gets tired, never loses form, and counts every repetition. That is why it can deliver the training volume the brain actually needs to rewire.
Motor recovery scales with the number of correct repetitions. In a conventional hands-on session a therapist can physically support perhaps 50–100 quality repetitions before fatigue degrades quality — theirs and yours. The evidence suggests meaningful cortical reorganisation needs several hundred per session. That gap, not therapist skill, is the real ceiling in neuro rehab.
The problem
A therapist can support 50–100 quality repetitions before fatigue. The brain needs hundreds.
See a doctor today, not a physiotherapist, if you have any of these
- Unstable fractures or unhealed weight-bearing restrictions
- Uncontrolled cardiac conditions — medical clearance required first
- Severe uncontrolled spasticity or fixed contracture (assessed case by case)
- Open wounds or skin breakdown in harness contact areas
These are uncommon, but they need medical assessment rather than physiotherapy. If you are not sure, call us on +91 86193 28981 and we will tell you honestly where to go.
Cause and symptoms
Why it started, and how it shows up
Most people arrive having been told only what is wrong on a scan. What matters clinically is which of these is driving your particular case.
Common causes
- Post-stroke hemiparesis requiring high-volume gait retraining
- Incomplete spinal cord injury with residual motor capacity
- Post-operative patients unable to safely bear full weight
- Cerebral palsy and paediatric gait disorders
- Traumatic brain injury with severe balance impairment
- Prolonged ICU deconditioning
What patients describe
- Unable to take steps without two people supporting
- Gait quality collapses after only a few minutes of walking practice
- Fear of falling preventing weight-bearing practice
- Asymmetric step length or persistent foot drop
- Progress plateaued on conventional therapy
Our approach
What we actually do — step by step
No two programmes are identical, but every one is built from these components in this order.
Robotic exoskeleton stepping
The device guides the legs through a physiological gait pattern, so every repetition trains the correct motor sequence rather than reinforcing a compensation.
Upper-limb robotic and mirror therapy
Repetitive reach-and-grasp training with real-time feedback for hand and arm recovery.
Gamified biofeedback
Screen-based targets convert a tedious 400-repetition set into a task with a score. Adherence rises, and the repetitions actually happen.
Objective data every session
Step count, symmetry index, support percentage and active-effort share are logged automatically and appear in your patient dashboard as a trend line.
Recovery timeline
How long it usually takes
A typical progression, not a promise. Your plan is set after assessment and re-checked every two weeks — if the line is flat, we change the plan.
Sessions 1–3
Familiarisation
Safe harnessing, tolerance and baseline data capture
You should be able to: Comfortable in the device for a full session
Weeks 2–6
Volume build
Push repetition count up while support comes down
You should be able to: 500+ steps per session
Weeks 6–12
Transfer
Carry the pattern into over-ground walking
You should be able to: Walking over-ground with a reduced aid
Months 3–6
Independence
Community mobility and endurance
You should be able to: Robotic sessions tapered to a maintenance frequency
Individual results vary. How long you have had the symptoms, other health conditions, and how consistently you do the home programme all change this timeline — often substantially. We will give you a personalised estimate in writing after your assessment, and revise it honestly if progress is slower than expected.
Expected results
What the numbers typically look like
Typical ranges from clinical evidence and our own caseload. Your results depend on how long you have had the problem, what else is going on, and how consistently you do the programme.
Up to 5×
Steps per session vs conventional
Measured at the centre across our neuro caseload
2–4 weeks
Earlier weight-bearing start
Compared with waiting for independent standing balance
90%+
Session adherence
Gamified biofeedback vs conventional repetitive drills
Why patients choose this programme
- Several times the repetition volume of hands-on therapy alone
- Consistent movement quality — no drift as the session goes on
- Earlier safe weight-bearing after surgery or stroke
- Objective, patient-visible progress data instead of subjective impressions
- Reduces physical strain on caregivers and therapists
Questions
Robotic Rehabilitation: what people ask us
If your question is not here, send it on WhatsApp. A physiotherapist answers, usually within the hour during centre hours.
No — and that would defeat the purpose. The system is set to assist-as-needed: it provides the minimum support required for a correct repetition and withdraws it as you improve. Your active effort share is measured and shown to you each session.
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Ready to deal with your robotic rehabilitation?
A 45-minute assessment, a clear explanation of what we found, and a written plan with an estimated number of sessions. No packages sold on day one.
Open Mon–Sat 9:00–19:00 · Home visits available · Cashless insurance accepted