31/07/2026
Available at Stokesley clinic. We’ve had this technology for a couple of years now and it is so useful not only in prescribing and designing insoles but to help patients better understand why they have certain conditions/injuries.
🦶 The Foot Roll: Understanding the Dynamic Centre of Pressure 👇🏼
When we walk, the foot doesn’t simply “land and push off.” The dynamic centre of pressure (CoP) travels through the foot in a very specific pathway, revealing how forces are transferred from ground contact through to propulsion.
During a typical foot roll, we see the following:
1️⃣ Initial Contact (Heel Strike): The CoP begins at the posterolateral heel. This is where the body first accepts load, helping absorb impact and begin shock attenuation.
2️⃣ Loading Response: As the foot moves to the ground, the CoP progresses forward and slightly medially through the heel. Controlled pronation allows the foot to become a flexible adaptor to the surface.
3️⃣ Midstance: The CoP progresses forwards through the midfoot region. This is the transition phase where the body moves over the foot, and efficient load transfer is critical for stability and balance.
4️⃣ Terminal Stance: The CoP advances into the medial forefoot towards the 1st metatarsal as the heel lifts and the foot becomes a more rigid lever for push-off.
5️⃣ Propulsion (Toe-Off): The CoP finishes beneath the hallux (big toe). This is where force is directed into the ground to generate forward movement, making the hallux and 1st ray key contributors to efficient propulsion.
🚩 Deviations from this pathway can indicate reduced shock absorption, excessive or limited pronation, forefoot overload, hallux dysfunction or compensation patterns higher up the kinetic chain.
Using our dynamic Footscan pressure analysis, clinicians can visualise this pathway in real time, assess the speed of movement and understand not just where pressure is, but how the foot actually functions dynamically.
Suffering with foot or lower limb pain? Book in for your Footscan gait analysis at a Gait and Motion Clinics partner today… 👣
