Unlock Your Hip Flexors—Without Just Stretching Them
- Jennifer Walker CPT-SNS-LBS-CHC

- Aug 28
- 2 min read

Tight hip flexors are one of the most common complaints I hear from clients—and one of the most misunderstood.
You feel tight, so you stretch. And stretch. And stretch. But they never seem to let go.
Here’s why: tight doesn’t always mean short. More often, it means your hip flexors are overactive and overworked—doing extra work for muscles that aren’t pulling their weight (like your glutes and core).
What Tight Hip Flexors Really Mean
Your hip flexors are constantly working. They’re active when you walk, sit, lift your knees, run, and squat. But when you’re sitting most of the day and not activating your glutes effectively, your hip flexors take over… and never get a break.
That makes them feel tight, but they’re actually fatigued, not just shortened.
Symptoms of Dysfunctional Hip Flexors
Anterior pelvic tilt
Tight low back or chronic back pain
Trouble standing tall or fully extending the hips
Lower ab weakness
Knee or quad dominance in squats
How to Actually Fix It - let's Unlock Your Hip Flexors
1. Activate the Glutes Your glutes are the natural counterbalance to your hip flexors. If they’re not firing, your hip flexors do double duty. Try:
Glute bridges with foam roller feedback
Band walks
Split stance RDLs
2. Strengthen the Core (Without Crunches) Think deep core:
dead bugs
bird dogs
plank variations with breath and control.
3. Train Hip Flexor Strength, Not Just Length Try controlled hip flexion drills like:
Standing or hanging leg lifts
Supine (on your back) banded marches
Seated straight-leg raises
4. Then Stretch with Purpose Once you’ve activated what’s weak and stabilized the pelvis, targeted hip mobility drills like couch stretch, lunge stretches, and 90/90 work will actually be effective.
Final Takeaway
If you’ve been stretching your hip flexors for months with no results, it’s time to stop chasing length. Strength, balance, and better movement patterns are what actually unlock your hip flexors—not endless static stretching.





Comments