Falls & Balance Service (UK)

Falls Prevention Cambridge: Reduce Your Risk of Falling

  • Have you had a fall in the past 12 months?
  • Do you have a fear of falling?
  • Do you feel unsteady when standing or walking?

If you answered “yes” to any of these questions, you are not alone—and you certainly do not have to accept it as an inevitable part of getting older. A single fall can change everything, often acting as the dividing line between maintaining your independence and relying on others. Recognising this critical gap in proactive community care, Revival Neuro Physio has launched a dedicated falls prevention and balance service right here in Cambridge.

Understanding the Cycle of Falls and Loss of Independence

A fall is rarely just a physical event; it is a psychological one. Understanding how a fall impacts your entire lifestyle is the first step toward regaining your confidence and mobility.

How the Fear of Falling Restricts Your Life

The physical injury from a fall is often only half the story. The resulting fear of falling can cause you to subconsciously restrict your daily activities. You might stop walking to the local shops, avoid uneven Cambridge pavements, or start relying heavily on furniture to navigate your living room. This inactivity weakens your muscles and compromises your joint mobility, which ironically increases your risk of future falls. It becomes a vicious, self-limiting cycle.

Our Clinical Philosophy: Minimising Risk, Maximising Life

Our approach is grounded in clinical reality. While we cannot magically fix or prevent all falls from ever happening, we can significantly minimise the number of falls you experience and drastically reduce your overall risk of serious injury. We focus on what can be controlled: your strength, your reaction times, and your biomechanics.

The Science Behind Up to a 42% Risk Reduction

Clinical data proves that taking proactive action works. Research from the Cochrane Database of Systematic Reviews demonstrates that highly targeted balance retraining and improved biomechanics can reduce fall rates by up to 42%. We built our Cambridge service to deliver exactly that standard of care, using evidence-based protocols rather than generic exercises.

Our Three-Phase Solution for Balance Recovery

This programme is clinically indicated for anyone experiencing unsteadiness, managing a neurological condition (like Parkinson’s, MS, or stroke), recovering from a recent fall, or simply feeling their confidence wane.

Phase 1: Precision Balance Assessment & Risk Grading

Effective risk mitigation begins with precise measurement. We do not guess why you are falling; we isolate the cause and grade your risk using validated clinical tools. We analyze your walking mechanics and perform musculoskeletal profiling to test the strength of your lower limbs. We also conduct vestibular screening to evaluate your inner ear function, ruling out dizziness or spatial awareness deficits that cause invisible instability.

Phase 2: Targeted Strength & Biomechanical Retraining

Following your assessment, we develop a personalised rehabilitation programme strictly dictated by your clinical risk profile. We use controlled environments and dynamic surfaces—such as balance boards—to safely challenge and improve your body’s automatic, reactive balance systems. This phase also focuses heavily on progressive resistance training to rebuild the specific leg and core muscles required for safe transfers and steady walking.

Phase 3: Long-Term Independence & Floor Recovery Skills

Our ultimate goal is to keep you out of the clinic and confidently on your feet. We provide practical, safe instruction on floor-transfer techniques so you know exactly how to get up independently should a fall occur. Furthermore, we equip you with structured home exercise programmes to ensure you maintain your newfound strength and stability long-term.

Take Action: Evaluate Your Balance at Home Today

You do not need to wait for an appointment to understand your baseline. Try this verified clinical tool used by physiotherapists to screen for fall risk safely at home.

Try the 10-Second One-Legged Stance Test

  1. Stand next to a sturdy kitchen counter or heavy dining chair. Do not hold on, but keep your hands hovering just an inch above it for immediate safety.
  2. Look straight ahead, keep your eyes open, and place your hands on your hips.
  3. Lift one foot slightly off the ground without letting it touch your standing leg.
  4. Count how many seconds you can hold this position without putting your foot down or grabbing the counter for support.

What Your Balance Test Results Mean

Research indicates that if you are unable to hold this one-legged stance for 10 seconds, you have a significantly increased risk of sustaining an injurious fall in the near future. It is a clear indicator that your postural control systems require targeted strengthening.

Book Your Cambridge Falls Risk Assessment

If you struggled with the 10-second test, or if you answered yes to any of the three questions at the top of this page, it is time to take control. Contact Revival Neuro Physio in Cambridge today to schedule your comprehensive falls risk grading assessment and take the first step toward moving with confidence.

Clinical References

  • Sherrington C, Fairhall NJ, Wallbank GK, et al. (2019). Exercise for preventing falls in older people living in the community. Cochrane Database of Systematic Reviews. (Demonstrated up to a 42% reduction in fall rates through targeted exercise and balance training).
  • Centers for Disease Control and Prevention (CDC). STEADI—Stopping Elderly Accidents, Deaths & Injuries. (Established the three primary clinical screening questions for fall risk: previous falls, fear of falling, and unsteadiness when walking).
  • Vellas BJ, Wayne SJ, Romero L, Baumgartner RN, Garry PJ. (1997) & Springer BA, et al. (2007). One-Leg Balance is an Important Predictor of Injurious Falls in Older Persons. Journal of the American Geriatrics Society / Journal of Geriatric Physical Therapy. (Validated the 10-second one-legged stance threshold for predicting fall risk in older adults).