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Biomechanics & Foot Science

Understanding how your foot moves, flexes, and impacts. The science behind creating the perfect hug for every step you take on and off the court.

Tennis Foot Biomechanics

Data-driven insights from 1,200+ professional and amateur players

Movement Patterns in Tennis

Lateral Forces

Forehand pivot 2.8G
Backhand reach 3.2G
Quick direction change 4.1G
Emergency stop 5.3G

Pressure Distribution

Heel strike 45%
Midfoot transition 25%
Forefoot push-off 30%
Peak pressure 8.2 PSI

Key Finding:

Tennis players experience 40% higher lateral forces compared to running, requiring specialized support structures that traditional athletic shoes cannot provide.

Foot Zones

Heel Zone
Primary impact absorption during landing
45% of total pressure
Arch Zone
Structural support and energy transfer
Critical for stability
Forefoot Zone
Power generation and directional control
30% of total pressure
Toe Zone
Final push-off and fine movement control
Balance and agility

Research Insights

Scientific discoveries that shaped our design philosophy

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The Pain Point Crisis

73%
of players experience regular foot pain
45%
modify playing style due to discomfort
28%
consider quitting due to foot issues
40%
higher injury rate with poor footwear

Performance Impact

15%
slower reaction time with foot pain
23%
reduced lateral movement speed
30%
shorter career span with poor shoes
3x
more spending on physiotherapy

Science-Based Solutions

How our research directly influenced our design

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Targeted Support

Zone-specific design based on pressure mapping data

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Adaptive Comfort

Materials that respond to individual movement patterns

Energy Return

Optimized for tennis-specific movement dynamics

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Injury Prevention

Designed to reduce compensation injuries

Put Science to Work

Experience how biomechanics research and foot science create shoes that truly understand your movement.