21/01/2026
🅿🆁🅾🅹🅴🅲🆃: 🆁🆄🅽
Supported athlete .routledge in clinic as she builds towards indoor competition
Making use of the strain Dynamometer to check on hip flexor strength. We can then use that data to set some push isometric targets. Kinvent software feedback then allows Allie to check she is hitting her force output on the iPad.
Strong hip flexors are a quiet superpower in sprinting. They drive the thigh forward at high speed, helping an athlete cycle the leg quickly and efficiently. When these muscles are powerful, the sprinter can lift and reposition the leg faster, which directly supports stride frequency — one of the biggest determinants of sprint speed.
They also contribute to maintaining an optimal upright posture during acceleration and top‑end speed, reducing energy leaks through excessive trunk movement. Well‑conditioned hip flexors improve knee lift, enhance force transfer during the swing phase, and help the athlete achieve longer, more effective strides without overstriding.
Testing removes guesswork. Our supported athletes see exactly where they excel and where they need to improve — whether that’s force production, rate of force development, asymmetries, or movement quality. This makes training feel purposeful rather than generic.
For more on Allie and the other project: run athletes head to www.projectphysio.net/project-run or to the LINK IN THE BIO
If you would like more information on becoming a supported athlete, please reach out to the clinic
Project: Physio | Redesigning Health, Wellness and Performance