Évaluation de la technique de course

Description

True Ecological Validity: Why Treadmill Testing Fails

Most commercial running gait analyses place you on a motorized treadmill in front of a standard camera. While convenient, it is a flawed simulation. When running on a treadmill, you don’t push off the ground to propel your mass forward in the same way—the belt moves for you. Your vertical oscillation shifts, your braking forces change, and your nervous system stabilizes differently.

Our assessment rejects the laboratory compromise. We conduct our analysis on a running track because your stride mechanics change when you are actively accelerating, maintaining cruise velocity, and physically driving yourself forward over real ground.

The Tech Stack: Mapping Ground Reaction & Symmetry

To capture a true picture of your running economy, we sync high-speed visual kinematics with elite laboratory telemetry:

Multi-Angle High-Speed Video: We capture your stride at target race speed on the track, tracking key angles including pelvic drop, knee flexion, ankle over-pronation, and your exact foot-strike position relative to your centre of mass.

Vicon Blue Trident IMU Sensors: Waterproof, high-frequency inertial sensors are placed on your lower limbs. Operating at up to 1600Hz, they capture metrics hidden from the naked eye:

Impact Loading Rates: Measuring the exact G-force shockwave hitting your tibia and ankle upon initial contact.

Angular Velocity & Rotation: Tracking the speed of your foot-roll, heel whip, and how cleanly your ankle stabilizes under load.

Asymmetry Profile: Isolating micro-structural imbalances between your left and right legs that lead to chronic overuse injuries like runner’s knee or Achilles tendinitis.

The Biomechanical Fix: Don’t Just Change Shoes, Upgrade Your Body

A traditional running store or basic gait analysis usually has one solution to a mechanical flaw: buy a different pair of shoes or insert an orthotic. This usually masks the symptom while structural limitations remain.

If our Vicon IMU sensors detect an aggressive braking force or a collapsing hip angle during your stride, the solution isn’t usually a thicker cushion — it is to correct the underlying muscular timing, lateral hip weakness, or ankle mobility restrictions.

Following your track data collection, we step off the field to build your targeted Dry-Land Strength & Conditioning Blueprint. We provide you with explicit, actionable mobility drills, plyometric stability exercises, and kinetic chain cues designed to upgrade your actual anatomy. We focus on enhancing your physical capacity so you can naturally hold a more efficient, resilient, and faster running posture.

What’s Included in Your Assessment

Real-World Track Telemetry Session: A structured track protocol analyzing your stride dynamics, acceleration mechanics, and fatigue profile under real-world conditions.

Synchronized Motion & Force Report: A detailed data dashboard charting your multi-angle kinematic video alongside high-frequency IMU joint shock-loading, ground contact times, and asymmetry percentages.

Anatomical Musculoskeletal Screen: A dry-land clinical movement assessment evaluating great toe extension, ankle dorsiflexion, hip internal/external rotation, and lumbo-pelvic core stability.

Bespoke S&C Performance Plan: A highly targeted corrective exercise and mobility program built to eliminate your specific running limiters, reduce injury risk, and optimize your running economy.

Important Session Preparation Rules

Footwear & Apparel: Please bring the primary running shoes you use for your target distances, alongside form-fitting running attire (shorts/leggings and a fitted top) to ensure the sensors and camera lines can clearly track your joint markers.

Weather & Venue: Track testing is conducted outdoors or in a designated indoor track facility. Please check the weather forecast and dress accordingly for light warm-ups.

Testing Readiness: You should arrive well-rested. The protocol involves short, repeated intervals at your typical training and target race paces to cleanly capture steady-state kinematics without inducing excessive fatigue before data logging is complete.