Conditions we treat
ACL Injury & Reconstruction
The ACL is a major stabiliser in your knee, preventing the shin bone from sliding too far forward. An injury, whether a partial tear or full rupture, disrupts this stability, often leading to a “giving way” sensation, swelling, and a loss of confidence in the joint’s ability to support weight or change direction. For many of our field and court based sports, this ligament is imperative to safe high speed change of direction and braking.
What Treatment Looks Like
Rehab focuses on restoring full function back to the knee and lower body. Pre-surgery – we encourage early loading and continuing to strength train to preserve muscle and weigh up options to participate in a ‘brace protocol’, surgery, or non-operative approach (we will guide you through this). We move from low-impact strengthening to high-level plyometrics and agility drills as we aim to return to sport safely and performing at a high level. Using VALD technologies, we objectively measure your range of motion, strength, and power output to ensure your affected leg matches your healthy leg before you return to sport.
Our Data-Driven Edge We don’t guess; we measure. By utilising advanced testing equipment, we capture precise data on your joint torque and explosive power. This allows us to map your progress against gold-standard benchmarks, ensuring every milestone is backed by hard evidence rather than just “feeling ready.”
Take the Guesswork Out of Your Recovery Don’t leave your return to sport to chance. Our Exercise Physiologists use elite-level technology to guide you quickly and safely back to the field
Meniscal Tears & Degeneration
Meniscus is made up of two C-shaped pieces of cartilage that act as shock absorbers between your thigh bone and shin bone. Whether caused by a sudden twist or gradual thinning over time, a tear can result in “catching,” “locking,” or sharp pain during weight-bearing activities, as the joint no longer distributes pressure evenly.
What Treatment Looks Like
Rehab focuses on building a “muscular brace” around the knee to offload the damaged cartilage. We prioritise progressive loading of the quadriceps, hamstrings, and calf to restore joint mechanics. Using VALD ForceDecks, we can analyse your weight distribution during squats and jumps to ensure you aren’t subconsciously favoring one side, preventing future compensatory injuries.
Our Data-Driven Edge
We move beyond “how it feels” by using precision testing equipment to measure your peak force and rate of force development. By leveraging VALD technologies like the DynaMo, we can isolate and measure the exact strength of your knee extensors and flexors. This data allows us to safely bridge the gap between initial rehab and high-impact daily life.
Restore Your Knee’s Shock Absorption
Don’t let a meniscal injury limit your mobility or return to sport. Our evidence-based approach ensures your recovery is guided by objective data, getting you back to your best safely and efficiently.
No problem at all—addressing the syndesmosis (often called a “High Ankle Sprain”) is crucial because the rehab timeline and mechanics are significantly different from a standard lateral sprain.
Ankle Sprains (Lateral & Syndesmosis)
A lateral sprain involves the ligaments on the outside of the ankle, usually from “rolling” the foot. A syndesmosis injury is more complex; it involves the ligaments connecting the two long bones of the lower leg (tibia and fibula). Often caused by a twisting force while the foot is planted, a high ankle sprain creates instability higher up the joint, requiring a much more deliberate and data-backed recovery.
What Treatment Looks Like
Rehab focuses on restoring joint “stiffness” and reactive balance. We progress from protected loading to explosive power drills. Using VALD ForceDecks, we analyse your “Single-Leg Hop” and “Land and Hold” mechanics to ensure the syndesmosis can withstand high-pressure spreading forces. We monitor your symmetry closely to prevent compensatory patterns in the calf and knee.
Our Data-Driven Edge
High ankle injuries require precision. We use VALD technologies to quantify your peak force and rate of force development (RFD). By measuring exactly how much load your ankle can absorb and produce compared to your uninjured side, we remove the guesswork from your return-to-play timeline, ensuring you are structurally and functionally ready for impact.
Don’t Guess Your Recovery Timeline
High ankle sprains are notoriously tricky. Our Exercise Physiologists use elite-level testing to ensure your joint is stable and powerful before you take that first sprint.
Achilles & Patellar Tendinopathy
Tendinopathy occurs when a tendon (the thick cord connecting muscle to bone) can no longer keep up with the demands placed on it, leading to structural changes and pain. Whether it’s the Achilles (heel) or Patellar (below the kneecap), the tendon becomes “unhappy” with sudden increases in jumping, running, or loading, resulting in morning stiffness and localised pain that often “warms up” during activity but aches afterward.
Treatment is all about “reloading” the tendon to increase its capacity. We move from isometric holds (static muscle contractions) to heavy, slow resistance training and eventually plyometrics. Using VALD ForceDecks, we measure your “Force-Time Curve” during jumps and landings to ensure your tendon is acting like a high-performance spring rather than a literal weak link.
Our Data-Driven Edge Tendons don’t respond well to guesswork. We use VALD technologies like the DynaMo and ForceFrame to quantify the exact peak force of your calves (for Achilles) or quadriceps (for Patellar). By measuring your “Rate of Force Development,” we can see if your tendon is absorbing energy efficiently. This data allows us to safely push your limits without over-irritating the tissue.
Build a Stronger, More Resilient Tendon Don’t let “tendonitis” keep you on the sidelines. Our data-backed rehab programs turn vulnerable tendons into powerful energy-shifters, helping you move with confidence and speed.
Muscle Strains (Calf, Hamstring, & Quads)
A muscle strain occurs when muscle fibers are overstretched or torn, usually during explosive movements like sprinting, jumping, or sudden braking. Whether it’s a “pulled” hamstring, a sharp “pop” in the calf, or a quad strain, the injury creates a structural gap in the tissue. Without proper remodeling, this gap fills with disorganized scar tissue, significantly increasing the risk of a repeat tear.
Rehab transitions quickly from pain management to “lengthening under load.” We focus on eccentric strengthening and early load, building muscle strength while the fiber is undergoing remodelling. Using VALD ForceDecks, Dynamo, ForceFrame and NordBord, we monitor your bilateral symmetry to ensure your injured limb is producing the same force as your healthy side, eliminating the “compensation patterns” that lead to re-injury.
We don’t rely on you “feeling 100%” to clear you for sport. Using VALD technologies, we specifically measure your eccentric knee flexor strength (for hamstrings) and peak explosive power (for quads and calves). By quantifying your “Rate of Force Development,” we can prove your muscle is ready to handle the high-velocity demands of your specific sport or activity.
Don’t Let a “Niggle” Become a Chronic Issue The highest risk factor for a muscle strain is a previous injury. Our data-led approach ensures your muscle is not just healed, but stronger and more resilient than before the tear.
Shoulder Instability & Dislocations
Shoulder instability occurs when the tissues that keep the upper arm centered in its socket (labrum, surrounding ligaments, and rotator cuff muscles / tendons) become overstretched or torn. Whether it’s a full dislocation or a “subluxation” (partial slip), the joint loses its structural integrity. This leads to a persistent feeling of “looseness,” catching, or apprehension during overhead or reaching movements.
Rehab focuses on dynamic stability, training the rotator cuff and scapular muscles to act as a reactive “sleeve” that keeps the joint centered. We move from isometric control, strengthening, and finally to high-velocity catching and throwing drills. Using VALD ForceFrame or DynaMo, we measure your internal and external rotation strength at various angles to ensure your shoulder can handle force in its most vulnerable positions.
Our Data-Driven Edge The shoulder is the most mobile joint in the body, which makes “guessing” its strength impossible. We use VALD technologies to quantify your “Force-Time Curve” and peak torque. By measuring the specific ratio between your pushing and pulling strength, we can identify imbalances that increase your risk of another dislocation, giving you the objective “green light” to return to gym, sport, or work.
Get a Grip on Your Shoulder Stability Don’t let the fear of another dislocation hold you back. Our Exercise Physiologists use elite-level testing to build a shoulder that is both mobile and incredibly stable.
Rotator Cuff Tears & Tendinopathy
The rotator cuff is a group of four muscles and their tendons that act as a “dynamic sleeve,” keeping your arm bone centered in its socket. A tear or significant strain can occur suddenly from a fall or gradually through repetitive overhead use. This leads to deep-seated shoulder pain, weakness when lifting the arm, and often significant discomfort that disrupts sleep when lying on the affected side.
Rehab focuses on “retensioning” the cuff and strengthening the surrounding scapular stabilizers to compensate for the tissue damage. We progress from pain-free isometric holds to heavy resistance training designed to thicken the remaining tendon fibers. Using VALD DynaMo, we measure your strength at specific degrees of elevation to ensure the shoulder is stable across its entire range of motion.
Shoulder rehab often fails when it’s too light or too vague – often we get given resistance bands and our rehab stagnates without direction. We use VALD technologies to quantify your internal and external rotation ratios, comparing your injured side to your healthy side with precision. By measuring your peak force and “force endurance,” we can objectively determine when your shoulder is ready to return to your previous activity such as heavy lifting, swimming, or manual work without the risk of further tearing.
Rebuild Your Shoulder from the Inside Out Stop “nursing” your shoulder and start strengthening it. Our Exercise Physiologists use elite-level data to ensure your rotator cuff is robust, resilient, and ready for action.
Post-Op Shoulder Rehabilitation (Reconstruction, Replacement, or Repair)
Pathophysiology Following surgery, whether for a rotator cuff repair, labral reconstruction, or joint replacement, the shoulder undergoes a period of controlled healing. Surgical intervention creates necessary trauma to the surrounding soft tissues, leading to temporary muscle inhibition, significant loss of range of motion, and a “protective” stiffening of the joint capsule as the body integrates the surgical repair.
Rehab follows a strict biological timeline, moving from passive protection to active movement and eventually full-load resistance. We focus on restoring the “scapulohumeral rhythm”, which is the coordinated dance between your shoulder blade and arm. Using VALD DynaMo and ForceFrame, we monitor your strength at specific milestones to ensure the repaired tissue is ready for the next level of demand without being overloaded too soon.
Post-operative recovery shouldn’t be based on a healing calendar alone; it should be based on your body’s actual capability at the time. We use VALD technologies to objectively measure your range of motion through the early stages, and safely measure force-output symmetry as you’re cleared through the healing phases. By quantifying your internal and external rotation strength, we provide your surgeon and specialists with precise data, ensuring every step toward your “new normal” is safe, measurable, and backed by high-fidelity analytics.
Bridge the Gap from Surgery to Strength Don’t settle for “okay” movement after your operation. Our Exercise Physiologists use elite-level testing to ensure your surgical outcome is maximized, getting you back to the activities you love with total confidence.
Bone Stress Injuries (Stress Reactions & Fractures)
A bone stress injury occurs when the bone’s natural remodeling process, the constant cycle of breaking down and building up, is overwhelmed by repetitive loading. Instead of getting stronger, the bone develops microscopic cracks (a stress reaction), which can progress to a complete break (a stress fracture) if ignored. This is most common in the shins (tibia), feet (metatarsals), and hips, usually appearing as a dull ache that worsens with impact.
Rehab is a careful “dance” of progressive loading. We start with non-impact conditioning to maintain fitness, then move to “osteogenic” (bone-building) loading. Using VALD ForceDecks, we analyse your landing mechanics and weight distribution to identify high-impact “hot spots.” This allows us to retrain how your body absorbs shock, ensuring the bone is stimulated to thicken without being overloaded.
Recovery from a bone stress injury requires precision, not guesswork. We use VALD technologies to quantify your “Impact Loading Rate” and symmetry during movement. By measuring your peak force and eccentric control, we can objectively determine when your skeletal system is ready to return to running or jumping. This data-led approach minimises the risk of re-injury and ensures you return with a more resilient skeleton.
Build a Skeleton That Can Handle the Load Bone stress injuries are a sign that your training demand exceeded your bone’s capacity. Our Exercise Physiologists use elite-level testing to bridge that gap and build a stronger foundation.
Lower Back Pain (Chronic & Acute)
Lower back pain is rarely caused by a single “broken” part; it is usually a complex interaction between spinal structures, muscle fatigue, and nervous system sensitivity. Whether it stems from a disc injury, joint stiffness, or muscular strain, the result is often “protective guarding”, where your brain stiffens the torso to prevent movement, which ironically leads to more pain, weakness, and fear of everyday activities.
Rehab focuses on “de-threatening” movement while building a robust trunk. We move from gentle mobility to functional lifting and bending mechanics. Using VALD ForceDecks, we analyse your weight distribution and “drive” during a squat or lift to ensure you aren’t overcompensating on one side, which is a common silent driver of recurrent back flare-ups.
We move past the “just core stability” myth by using precision testing equipment to measure your actual trunk and hip power. Using VALD technologies, we quantify your peak force and rate of force development during functional movements. This data allows us to safely progress your loading, ensuring your back is strong enough to handle the literal “heavy lifting” of daily life or sport without the fear of “going out.”
Take the Fear Out of Moving Your Back Don’t let back pain dictate your lifestyle. Our Exercise Physiologists use elite-level data to help you move with confidence, strength, and a clear path to long-term relief.
Hip Bursitis (Greater Trochanteric Pain Syndrome)
Hip bursitis is often a misleading term; it is usually part of a broader condition called Greater Trochanteric Pain Syndrome (GTPS). This occurs when the tendons of your gluteal muscles press against the bursa (a fluid-filled sac) on the outside of your hip bone. Repetitive compression or sudden increases in walking or running cause inflammation and sharp pain, particularly when lying on your side or climbing stairs.
Rehab focuses on “gluteal loading” to improve the tendon’s ability to handle tension. We move from side-lying isometric holds to functional weight-bearing exercises like split squats. Using VALD ForceDecks, we analyse your “Single-Leg Stance” stability and weight distribution to ensure your pelvis isn’t “dropping,” which is a primary driver of bursal irritation.
We don’t just guess if your glutes are strong enough; we quantify it. Using VALD technologies ForceFrame, we measure your hip abduction strength (the movement that stabilises your pelvis) with accuracy. By identifying specific side-to-side deficits, we can precisely target the weakness, reducing compression on the bursa and getting you back to pain-free movement quickly.
Cool Down the Inflammation, Build Up the Strength Don’t let lateral hip pain stop you in your tracks. Our Exercise Physiologists use elite-level testing to ensure your hips are robust enough to handle every step of your journey.
Osteoporosis & Osteopenia (Bone Mineral Density)
Pathophysiology These conditions occur when the body loses bone mass faster than it can replace it. Osteopenia is the early thinning of bone, while Osteoporosis is a more advanced stage where bones become porous and brittle. This silent progression significantly increases the risk of fractures, particularly in the hips, spine, and wrists – even from minor trips or falls, as the internal “scaffolding” of the bone weakens.
Treatment is centered on “osteogenic loading”, specifically using resistance training and controlled impact to stimulate bone growth. We focus on multi-joint movements like squats and deadlifts to strengthen the sites most at risk.
General exercise such as walking, pilates, and yoga isn’t enough; bone requires a specific threshold of “mechanical strain” to trigger growth which is achieved through heavy resistance training and plyometric load (jumping / landing). We use VALD technologies like the ForceFrame and DynaMo to quantify your maximal strength. By measuring your peak force production, we can prescribe the exact percentage of load required to increase your bone mineral density. This objective data ensures your program is potent enough to be effective, while remaining 100% safe for your current bone health status.
Build a Stronger Foundation for Your Future Don’t wait for a fracture to take action. Our Exercise Physiologists use elite-level testing to bridge the gap between “staying active” and actively building bone density.
Osteoarthritis (Hip & Knee)
Osteoarthritis is a degenerative joint condition where the protective cartilage that cushions the ends of your bones gradually thins. This can lead to the bones rubbing more closely together, causing swelling, stiffness, and pain. It is often described as “wear and tear,” but it is more accurately a “repair” process where the joint struggles to keep up with the loads placed upon it, leading to bony growths (osteophytes) and reduced mobility.
Rehab focuses on “joint offloading” by dramatically increasing the strength of the surrounding musculature, specifically the quadriceps, glutes, and hamstrings. We use low-impact, high-reward movements to improve joint lubrication and range of motion. Using VALD ForceDecks, we measure your “Sit-to-Stand” power and weight distribution to ensure you aren’t overworking your “good” side, which is a common cause of secondary pain.
We don’t just ask “how does it feel?”; we measure how your joint performs. Using VALD technologies like the DynaMo and ForceFrame, we quantify your peak isometric strength to find your “safe loading zone.” By measuring your rate of force development, we can ensure your muscles are acting as effective shock absorbers, taking the pressure off the joint surface and allowing you to walk, climb stairs, and stay active with significantly less pain.
Don’t Let OA Limit Your Life Surgery isn’t the only option. Our Exercise Physiologists use elite-level testing to build a “muscular brace” around your joints, helping you delay or even avoid joint replacement while reclaiming your mobility.
Cervical & Neck Pain (Chronic & Postural)
Neck pain often arises when the deep stabilizing muscles of the cervical spine become inhibited or “weakened,” causing larger, superficial muscles to overwork and tighten. This imbalance, frequently triggered by prolonged static postures, sudden whiplash, or disc issues, leads to stiffness, radiating headaches, and a “heavy” head sensation as the joints are forced to take more load than they were designed for.
Rehab focuses on restoring the “proprioception” (positional awareness) of the neck and strengthening the deep cervical flexors and upper back stabilisers. We progress from gentle range of motion work to postural endurance exercises. Using VALD DynaMo and ForceFrame, we measure your neck strength in multiple planes; flexion, extension, and side bending, to identify the exact “weak spots” that are causing your muscles to tighten in protection.
Neck rehab is often overlooked because it is difficult to quantify without the right tools. We use VALD technologies to measure your neck’s peak force and isometric endurance. By comparing your strength ratios (e.g., front-to-back and left-to-right), we can move beyond “stretching the tight spots” and instead solve the underlying weakness that causes the tightness in the first place, ensuring long-term relief.
Lift the Weight Off Your Shoulders Stop chasing temporary relief with endless rubbing and stretching. Our Exercise Physiologists use elite-level data to find the root cause of your neck pain and build a stronger, more resilient cervical spine.
Peri-Menopause, Menopause, & Post-Menopause
During the transition into menopause, the significant drop in estrogen affects more than just reproductive health; it acts as a “master regulator” for musculoskeletal tissues. Lower estrogen levels lead to a rapid decline in bone mineral density (increasing fracture risk), a loss of muscle mass (sarcopenia), and a reduction in tendon collagen synthesis. This often manifests as sudden joint aches, decreased physical strength, and a slower recovery time from everyday activities.
Rehab and conditioning focus on “heavy” resistance training to counteract hormonal muscle loss and high-impact loading to protect bone density. We prioritise multi-joint movements and power-based exercises to maintain metabolic health. Using VALD ForceDecks, we track your strength and power, ensuring your training intensity is high enough to trigger physiological adaptation while remaining safe for your joints.
In the menopausal transition, “just staying active” isn’t enough to stop bone and muscle loss, you need specific, quantifiable loads. We use VALD technologies like the ForceFrame and DynaMo to establish your baseline strength across your hips, back, and limbs. By measuring your peak force production, we can prescribe a precise “dosage” of exercise that actually moves the needle on your bone and muscle health, giving you objective proof of your resilience.
Take Control of Your Hormonal Health Don’t let menopause dictate your physical limits. Our Exercise Physiologists use elite-level testing to help you build a stronger, more powerful body that thrives during and after the transition.
Post-Partum Return to Sport
Pathophysiology Pregnancy and childbirth involve significant physiological shifts, including horizontal stretching of the abdominal wall (Diastasis Recti), changes in pelvic floor tension, and increased joint laxity due to hormonal changes (Relaxin). These factors, combined with a period of reduced high-impact loading, often lead to a loss of “lumbopelvic stability,” increasing the risk of pelvic organ prolapse, stress urinary incontinence, or lower limb injuries when returning to running or jumping.
Rehab is a phased progression from deep core and pelvic floor integration to high-level impact loading. We focus on “graduated loading” to ensure your connective tissues can handle the internal pressure of sport. Using VALD ForceDecks, we analyse your jumping and landing mechanics to ensure your body is absorbing force through your muscles rather than your joints or pelvic floor, taking into account time of healing and symptoms that are specific to you.
Returning to sport shouldn’t be based on a 12-week “all clear” from a doctor; it should be based on your actual physical capacity, depending on your level of previous exercise, you may be able to return to activity sooner than others. We use VALD technologies like the DynaMo to quantify your hip and core strength and the ForceDecks to measure your jumping and hopping. This allows us to guide you back to running, ensuring you are structurally ready for the demands of your sport without the risk of long-term dysfunction.
Return to Sport with Confidence, Not Caution Don’t guess if your body is ready for the field or the track. Our Exercise Physiologists use elite level testing to build a powerhouse foundation, ensuring your return to sport is safe, strong, and sustainable.
Weight Loss & Metabolic Health (GLP-1s & Bariatric Surgery)
Weight loss is more than just “calories in vs. calories out”; it’s a complex metabolic shift. While GLP-1 medications (like Ozempic or Wegovy) and gastric band surgeries are powerful tools for reducing appetite and weight, they often lead to unintentional muscle wasting alongside fat loss. Without resistance training, up to 25–40% of weight lost can come from lean muscle tissue, which lowers your metabolic rate and makes long-term maintenance significantly harder.
Our focus is on “Quality of Weight Loss.” We prioritise resistance training to preserve muscle mass while the body is in a caloric deficit. Using VALD strength testing technologies, we track your relative strength to ensure that the weight you are losing is fat, not the functional muscle you need for longevity. We integrate behavioral coaching to bridge the gap between clinical intervention and sustainable lifestyle habits.
Statistics show that a staggering two-thirds of people regain the weight they lost within a year of stopping GLP-1 medications if lifestyle behaviors haven’t shifted. We use VALD technologies to quantify your physical “Functional Capacity.” By measuring your peak power and strength-to-weight ratio, we provide the objective data needed to keep your metabolism “firing.” This ensures that your weight loss journey leads to a stronger, more capable version of yourself, not just a smaller one.
Don’t Just Lose Weight, Gain Strength Medication and surgery are just the head start. Our Exercise Physiologists use elite-level testing to ensure you keep the muscle, boost your metabolism, and break the cycle of weight regain for good.
Diabetes Management (Type 1 & Type 2)
Diabetes is a metabolic disorder centered on insulin, the hormone that moves sugar from your blood into your muscles for energy. In Type 1, the body produces little to no insulin. In Type 2, the body becomes “insulin resistant,” meaning the muscles stop responding to it effectively. This leads to chronically high blood sugar, which damages blood vessels, nerves, and organs over time, often resulting in “diabetic neuropathy” or a loss of strength and sensation in the feet and hands.
Exercise acts as a “natural dose of insulin” by forcing muscles to take up glucose even without high insulin levels. We focus on a combination of steady-state aerobic work and resistance training to improve HbA1c levels. Using exercise, we manage the long term risks associated with developing long term conditions such neuropathy (loss of feeling in hands and feet), ensuring your gait remains steady and your fall risk remains low.
Managing diabetes requires moving beyond just being active to specific, loading that maximises glucose absorption into the muscle. We use VALD technologies like the DynaMo to measure your lower-limb strength, which is the body’s largest “sugar sink.” By quantifying your strength, we can design a program that optimises your metabolic rate and protects your joints from the long-term effects of glycation, giving you objective proof of your improving metabolic health.
Turn Your Muscles Into a Metabolic Powerhouse Don’t just manage your symptoms, improve your biology. Our Exercise Physiologists use elite-level testing to help you stabilize your blood sugar and reclaim your physical vitality.
Cardiovascular Disease (Hypertension, Heart Failure, & CAD)
Cardiovascular disease (CVD) is an umbrella term for conditions affecting the heart and blood vessels, such as Coronary Artery Disease (CAD) or Chronic Heart Failure. It often involves “atherosclerosis”, the buildup of plaque in the arteries, which narrows the pathways for blood flow, forcing the heart to work harder. This increased pressure can lead to stiffening of the heart muscle, reduced “ejection fraction” (the heart’s pumping power), and systemic fatigue, as your muscles aren’t receiving the oxygenated blood they need to function.
Rehab is a carefully periodised, involving aerobic and resistance circuit training designed to improve heart-lung efficiency and peripheral muscle strength. We focus on interval-based loading to safely challenge the heart without overstressing it. Using VALD ForceDecks, we measure your lower-body power and sit-to-stand speed, as leg strength is one of the strongest predictors of long-term survival and functional independence in cardiac patients.
General walking is good, but clinical loading is better. We use VALD technologies to monitor your power and absolute strength. By quantifying how efficiently your muscles can extract and use oxygen during movement, we can prescribe the exact intensity required to lower your blood pressure and improve your cardiac output. This data-led approach ensures your heart gets stronger while your risk of a secondary cardiac event is significantly minimised.
Strengthen Your Heart from the Ground Up Don’t just monitor your heart health, actively improve it. Our Exercise Physiologists use elite-level testing to build a more resilient cardiovascular system, giving you the stamina to live life to the fullest.
Parkinson’s Disease & Neurological Movement Disorders
Parkinson’s Disease is a progressive neurological condition caused by the loss of dopamine producing cells in the brain. Dopamine is the chemical messenger responsible for smooth, coordinated muscle movement. This deficiency leads to “bradykinesia” (slowness of movement), tremors, muscle rigidity, and “freezing” of gait. Over time, the brain’s ability to automatically sequence movements, like swinging your arms while walking or adjusting your balance becomes impaired, significantly increasing the risk of falls.
Rehab focuses on neuroplasticity, using high-effort, large-amplitude movements to bypass damaged pathways in the brain. We use strength exercises and reactive agility drills to improve step length and trunk rotation. Using VALD ForceDecks, we analyse your balance and muscle endurance to identify exactly where your stability is compromised, allowing us to train your nervous system to respond faster to trips or stumbles.
In Parkinson’s management, moving more isn’t enough; you need to move with specific intensity and intent. We use VALD technologies to quantify your power (how quickly you can produce force) and your overall strength. By measuring your explosive leg power, we can objectively track how well your nervous system is communicating with your muscles and how effectively you will be able to stay upright. This data allows us to adjust your program in real-time, ensuring you maintain your independence and movement quality for as long as possible.
Rewire Your Movement Patterns Don’t let Parkinson’s shrink your world. Our Exercise Physiologists use elite-level data to help you move bigger, faster, and with more confidence.
Stroke Recovery & Neuro-Rehabilitation
Pathophysiology A stroke occurs when the blood supply to part of the brain is interrupted (ischemic) or when a blood vessel bursts (hemorrhagic), depriving brain tissue of oxygen. This leads to the death of neurons in the affected area, often resulting in “hemiparesis” weakness or paralysis on one side of the body. Because the brain-to-muscle connection is disrupted, patients often experience “spasticity” (muscle tightness), foot drop, and a significant loss of coordination and balance.
Rehab is centered on Neuroplasticity, the brain’s ability to rewire itself by forming new neural connections. We use high-repetition, task-specific training to “re-teach” the body how to move. Using VALD ForceDecks, we perform balance and strength analysis to see exactly how much you are over-relying on your unaffected side. Our goal is to shift that load back to the paretic (weaker) limb through forced-use strategies and functional strengthening.
Recovery after a stroke can be slow, which is why objective feedback is vital for motivation and safety. We use VALD technologies to quantify your strength and balance. By measuring your peak force and symmetry in real-time, we can identify even the smallest improvements in muscle activation. This data allows us to precisely adjust your gait training and strengthening, ensuring you move toward independence as quickly and safely as possible.
Rebuild Your Connection to Movement Don’t settle for a plateau in your recovery. Our Exercise Physiologists use elite-level data to help you bridge the gap between “getting by” and getting back to your life.
Lower Limb Amputees (Pre- & Post-Prosthetic Rehab)
Pathophysiology A lower limb amputation, whether due to vascular disease, trauma, or infection—fundamentally alters the body’s center of mass and biomechanical loading patterns. The loss of a biological ankle or knee joint means the remaining residual limb and the sound (unaffected) limb must undergo massive adaptations. This often leads to significant muscle atrophy in the hip and thigh, as well as a high risk of overuse injuries and osteoarthritis in the sound limb due to chronic overcompensation.
Rehab focuses on stump conditioning and high-level gait retraining. We prioritise hip extension and abduction strength to provide a stable base for the prosthesis. Using VALD ForceDecks, we perform weight distribution and force symmetry analysis to ensure you aren’t over-loading your sound limb during standing or walking. This allows us to fine-tune your prosthetic control and reduce the energy cost of walking.
Walking with a prosthesis requires significantly more metabolic energy and muscular effort. We use VALD technologies like the ForceFrame and DynaMo to quantify the exact strength of your hip stabilisers and knee extensors. By measuring your power we can objectively see how well you are pushing off and absorbing impact. This data-led approach ensures your gait is as efficient as possible, reducing long-term joint wear and helping you return to work, sport, or daily life with maximum mobility.
Master Your Mobility and Protect Your Future Don’t just “learn to walk” on your prosthesis, learn to thrive on it. Our Exercise Physiologists use elite-level testing to balance your body and maximize your functional independence.