Are you curious about overstriding? Here is a unique opportunity!

Holly Studebaker
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Are you curious about overstriding? Here is a unique opportunity! Are you curious about overstriding? Here is a unique opportunity!

Are you a runner curious about your stride length, running form, and how your body moves while you run? This is a unique opportunity for local Dayton runners to take part in an exciting research study at the University of Dayton Motion Analysis Laboratory.

Why Gait Analysis Matters for Runners

Gait analysis plays a crucial role in understanding how you run. By analyzing stride length, joint motion, and movement patterns, researchers and clinicians can identify inefficiencies, imbalances, or habits that may increase injury risk over time.

A professional 3D gait analysis can help:

  • Improve running efficiency and performance

  • Identify movement patterns that may contribute to overuse injuries

  • Support better footwear choices and training decisions

  • Enhance overall running form and longevity

Whether you’re training for races or simply running for fitness, understanding your gait can be a powerful tool for staying healthy and running strong.


Who Is Eligible to Participate?

This research study is open to individuals who:

  • Are 18–50 years old

  • Run at least 60 minutes per week

  • Have been injury-free for the past 6 months


How Do I Get Started?

To begin, simply:


What Happens If I Qualify?

Qualified participants will be invited for:

  • One 60–90 minute visit to the University of Dayton Motion Analysis Laboratory

  • A 3D running analysis conducted by faculty and students in the Department of Physical Therapy

This is a hands-on opportunity to contribute to research while learning more about how your body moves when you run.


Questions?

Please contact Taylor Wisser at
Wissert1@udayton.edu


We’re excited to share this opportunity with the Dayton running community and encourage local runners to take advantage of this valuable experience. If you’ve ever wondered what your stride really looks like in motion—this is your chance to find out.

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