Baropodometry — Foot Pressure Analysis

Baropodometry uses a pressure-sensitive platform embedded with hundreds of sensors to generate a precise colour-mapped image of how weight is distributed across the foot during standing and walking. The system reveals forefoot/rearfoot loading ratios, left-right asymmetries, supination or pronation patterns, and dynamic load shifts during gait — data that standard visual gait observation cannot reliably quantify. At K+Clinic, findings are interpreted by a physiotherapist who uses the data to guide insole prescription, orthopaedic insole design, or targeted foot and lower-limb strengthening.

The foot is the primary interface between the body and the ground, and small variations in pressure distribution have measurable effects on knee, hip, and spinal loading further up the kinetic chain. Baropodometry — the quantitative measurement of plantar pressure — provides an objective record of these loading patterns that neither visual assessment nor clinical examination alone can match. At K+Clinic, baropodometry is performed using a pressure-plate platform with a high sensor density, capable of recording both static (standing) and dynamic (walking) measurements. The session begins with static standing analysis: the patient stands on the plate for several seconds while the system maps the contact area, centre-of-pressure position, and percentage loading across 10 plantar zones. The dynamic phase captures loading patterns through a full walking cycle, revealing how load distribution changes from heel-strike through mid-stance to toe-off. Key clinical outputs include: flat-foot (pes planus) or high-arch (pes cavus) classification with degree grading, forefoot/rearfoot load ratio, left-right weight asymmetry percentage, supination or pronation index, centre of mass trajectory during walking, and stability score. These measurements are reproducible and can be repeated at later appointments to track change — either naturally, in response to orthotics, or following physiotherapy intervention. The data is used to guide orthopedic insole prescription, which the clinic can coordinate for patients whose pressure mapping indicates structural abnormalities requiring mechanical support. For athletes and runners, baropodometry is often combined with RunTime treadmill analysis to provide both static and dynamic loading assessment. Common presentations include flat feet, plantar fasciitis, metatarsalgia, heel pain, bunion-related load deviation, and recurrent ankle sprains from chronic instability. The session is also appropriate for patients with diabetic peripheral neuropathy who require foot-pressure monitoring for ulcer prevention.