Movement Lab
Understand your movement. Build your recovery.
Explore an educational rehabilitation pathway, see what each phase is trying to achieve, and try out simple symptom-monitoring decisions. These are examples, not individualised prescriptions.
- Sense Early phase. Establish what the joint tolerates.
- Signal Intermediate phase. Build movement feedback and control.
- Strengthen Late phase. Restore capacity and prepare to return.
Choose a movement pathway
Knee rehabilitation
Isolated MCL sprain · example clinical pathway
Early · Sense
Establish tolerance
Clinical objectives
- Check swelling, pain, range and weight-bearing restrictions
- Recover comfortable extension and permitted flexion
- Restore quadriceps activation and controlled loading
Example exercise menu
- Heel slides 2 × 10 Gentle permitted range
- Quadriceps isometrics 3 × 10 Five-second holds
- Supported weight shifts 2 × 10 Respect weight-bearing restrictions
- Straight-leg raises 2 × 8 Only if no extensor lag
Intermediate · Signal
Build movement feedback
Clinical objectives
- Improve single-leg control without valgus collapse
- Progress functional strength within tolerance
- Develop controlled proprioceptive challenges
Example exercise menu
- Supported single-leg stance 3 × 20–30 sec Stable surface
- Low step-ups 3 × 8 Quality before height
- Lateral band walks 2 × 10 steps Maintain alignment
Late · Strengthen
Prepare for sport
Clinical objectives
- Restore strength and capacity symmetry
- Develop graded deceleration and multidirectional movement
- Clear return-to-sport testing before contact rugby
Example exercise menu
- Single-leg squat 3 × 6–8 Controlled depth
- Lateral bound and stick 3 × 5 Only once cleared
- Change-of-direction progression 3 × 4 Planned before reactive
Hip rehabilitation
Mobility and neuromuscular control · example pathway
Early · Sense
Assess movement tolerance
Clinical objectives
- Record painful ranges and daily activity limitations
- Practise comfortable active hip movement
- Begin gentle gluteal and trunk activation
Example exercise menu
- Supine hip rotations 2 × 8 Pain-free range
- Gluteal sets 3 × 8 Five-second hold
- Supported weight shifts 2 × 10 Even trunk alignment
Intermediate · Signal
Control the pelvis
Clinical objectives
- Improve hip abductor endurance
- Train pelvic stability in functional patterns
- Progress controlled single-leg weight transfer
Example exercise menu
- Bridge 3 × 8 Control pelvis
- Side-lying hip abduction 2 × 10 No trunk rotation
- Supported step-up 3 × 8 Avoid pelvic drop
Late · Strengthen
Restore capacity
Clinical objectives
- Build multi-planar hip strength
- Increase single-leg loading tolerance
- Prepare for higher-speed tasks where appropriate
Example exercise menu
- Split squat 3 × 8 Tolerated depth
- Single-leg RDL 3 × 6 Maintain pelvic control
- Lateral step-down 3 × 8 Slow eccentric
Ankle rehabilitation
Mobility, balance and loading · example pathway
Early · Sense
Restore available motion
Clinical objectives
- Check weight-bearing limits, swelling and injury red flags
- Restore comfortable dorsiflexion and plantarflexion
- Re-establish foot loading and calf activation
Example exercise menu
- Ankle pumps 2 × 15 Comfortable range
- Seated heel raises 2 × 12 Slow control
- Supported weight shifts 2 × 10 As permitted
Intermediate · Signal
Improve sensory control
Clinical objectives
- Progress balance on a stable surface
- Improve calf strength and ankle control
- Build tolerance to unilateral loading
Example exercise menu
- Double-leg calf raises 3 × 12 Tolerated load
- Supported single-leg stance 3 × 30 sec Quality first
- Low step-downs 3 × 8 Track knee over foot
Late · Strengthen
Prepare for return
Clinical objectives
- Restore calf capacity and dynamic balance
- Progress plyometric readiness where appropriate
- Test hopping and sport function before clearance
Example exercise menu
- Single-leg calf raises 3 × 8 Full controlled ROM
- Hop and stick 3 × 5 Only once cleared
- Multidirectional steps 3 × 20 sec Increase speed gradually
Progressions require clinical assessment, injury-specific restrictions, and individual response monitoring.
Important: the Movement Lab is for education. It is not an assessment, diagnosis, medical record, or patient-specific rehabilitation prescription. New instability, locking, severe pain, significant swelling or other red flags should be clinically assessed. No information is sent to NMC or saved to a server.
Want to work through this in person?
Sessions run one to one across West London, at a health club in Mayfair and at a dedicated stretch studio. Get in touch and Josh will come back with what a first session would look like.