The Importance of Hip-First Movement
Is Your Hip or Low Back Doing the Work?
Hip discomfort is a common complaint, but many people are surprised to learn that the problem isn’t always the hip itself—it’s often how the hip is moving. When the hips don’t move efficiently, the body tends to compensate by using the low back instead. Over time, this compensation can lead to stiffness, discomfort, and reduced mobility.
One of the most important movement patterns for healthy hips is the hip hinge. This pattern allows the hips to bend and load properly while the spine stays stable. When the hinge works well, it helps activate the glutes, stabilize the pelvis, and protect the low back during everyday activities like walking, lifting, bending, and exercising.
However, many people struggle to separate hip movement from low back movement. Instead of hinging through the hip joint, the body may round or arch through the spine. This can limit glute engagement and place unnecessary stress on the lower back.
The exercise featured in the attached video focuses on improving that separation. It helps your body recognize the difference between moving through the hips and moving through the spine. By encouraging proper loading through the hip joint, this movement can help wake up the glutes and reinforce healthier movement patterns.
When the glutes activate properly, they support the hips and pelvis more effectively. This not only improves strength and control but can also reduce strain on the low back and surrounding muscles.
Movements like this are especially helpful for people who feel hip tightness, low back fatigue during activity, or uncertainty about where they should feel certain exercises working. Improving hip mechanics can make everyday movements feel smoother, more stable, and more comfortable.
If you’ve been experiencing hip discomfort, stiffness, or difficulty engaging your glutes during exercise, it may be a sign that your movement patterns need attention. Identifying and correcting these patterns early can make a big difference in long-term joint health and mobility.


