Injury prevention

Men and women run alike… But move differently: why biomechanical analysis matters

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Men and Women Run Alike… But Move Differently: Why Biomechanical Analysis Matters

Running may look the same on the surface, but when we look closer at how the body moves, important differences begin to emerge—especially between men and women.

A recent scientific study highlights why analysing joint mechanics, not just stride patterns, is essential for improving performance and preventing injuries.

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Do Men and Women Run Differently?

For years, coaches and athletes have focused on parameters such as stride length, cadence, and speed to evaluate running technique. But these variables don’t tell the full story.

This study investigated whether male and female endurance runners differ in:

  • stride parameters (length and frequency)

  • joint kinematics (how hips, knees, and ankles move during running)

How the Study Was Conducted

Researchers analysed 114 trained endurance runners (57 men and 57 women) with comparable running ability, from 1500 m to marathon distances.

Using biomechanical analysis, they measured:

  • stride length and stride frequency

  • joint movements throughout the running cycle

Key Findings

  • âś… Men and women showed very similar stride parameters

  • ❌ Significant differences were found in joint kinematics

  • 🔍 These differences appeared despite similar running performance

In simple terms:
men and women may run at the same pace, but their joints move differently to achieve it.

Why Joint Mechanics Matter

Joint kinematics play a crucial role in:

  • load distribution

  • movement efficiency

  • injury risk

Ignoring these differences can lead to:

  • inappropriate training cues

  • poorly adapted footwear choices

  • higher injury risk over time

The Role of Biomechanical Analysis

This study reinforces the value of individualised biomechanical assessment, especially when considering sex-specific movement strategies.

A proper running biomechanics assessment allows professionals to:

  • identify inefficient or risky movement patterns

  • adapt training loads and strength work

  • personalise rehabilitation after injury

  • optimise performance without changing natural running style

Biomechanical Running Analysis at ARA Performance & Recovery (Andorra)

At ARA Performance & Recovery, located in the center of Andorra, we perform advanced running biomechanics assessments using objective data—not visual guesswork.

Our analysis helps runners:

  • understand how their joints move

  • prevent overuse injuries

  • personalise training and strength programs

  • run more efficiently and safely

Running alike doesn’t mean moving alike.
Understanding how you move is the key to long-term performance.