Advisory Desk
Overview 01 Cadence Lab 02 Specifications 03 Movement Collective 04 About 05 Contact 06
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Alta Cadence Movement Labs Ltd
Mayfair, London, UK
Runner mid-stride captured at high kinetic frequency
Biomechanical Research Lab // London & Alps

THE CADENCE EQUATION

Investigating the neuromuscular synchronization between step frequency, ground reaction braking, and the elastic recoil of human fascia.

Laboratory Core Hypothesis

Over-striding creates friction. Cadence creates elasticity.

When a runner lands with their foot extended far ahead of their center of mass, the lower limb functions as a mechanical brake. Ground reaction forces shoot vertically through the patella and tibia, requiring conscious muscular effort to decelerate and push forward again.

By recalibrating stride turnover toward an individual's biomechanical resonant frequency (typically 174–186 SPM), the foot strikes beneath the hip. Ground contact drops below 210 milliseconds, recruiting the Achilles tendon and plantar fascia as natural springs.

Empirical Research Index
Tibial Shock Reduction
-22.4%
Attenuated peak axial shock upon increasing cadence by 7.5% at steady tempo pace.
Ground Contact Duration
< 202 ms
Observed contact threshold required for maximizing elastic tendon rebound.
Metabolic Cost Delta
+6.8% Economy
Improved sub-maximal oxygen uptake efficiency across 21.1 km race simulations.
Laboratory Benchmark Matrix

BIOMECHANICAL PROFILE COMPARISON

Direct observational telemetry contrasting over-striding mechanics against synchronized kinetic cadence.

Low Cadence (154 SPM)

Sub-Optimal

Foot strikes anterior to knee axis. Heavy heel deceleration vector with elongated contact dwell time.

Ground Contact Time: 268 milliseconds
Vertical Oscillation: 10.4 cm (Excessive bounce)
Braking Impulse: -0.32 N·s/kg
Joint Torque: Elevated Patellar Stress

Kinetic Cadence (182 SPM)

Alta Synchronized

Midfoot touch down beneath hip alignment center. Negligible braking pulse and instant elastic energy transfer.

Ground Contact Time: 196 milliseconds
Vertical Oscillation: 7.1 cm (Compact forward drive)
Braking Impulse: -0.09 N·s/kg
Tendon Storage: High Fascial Elasticity
Standard Testing Procedure

THE 5-STAGE TESTING PROTOCOL

Every institutional analysis at Alta Cadence follows a rigorous multi-vector biomechanical validation protocol.
01
Stage One

Optical Motion Capture

16-camera 240 FPS motion analysis tracking retro-reflective hip, knee, and subtalar joint coordinate markers.
02
Stage Two

Force-Plate Vector Mapping

Embedded triaxial force plates measuring instantaneous braking vs propulsive shear stress at 1000 Hz.
03
Stage Three

Wireless Surface EMG

Neuromuscular activation mapping across gastrocnemius, tibialis anterior, rectus femoris, and gluteus medius.
04
Stage Four

Respiratory Gas Exchange

Breath-by-breath spirometry calculating energetic oxygen cost across stepped cadence frequency variations.
05
Stage Five

Cadence Calibration Blueprint

Formulation of an individualized neuromuscular gait protocol calibrated for the runner's anatomical limb levers.
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