Glute Activation and Hamstring Dominance: Retraining Your Walking and Running Gait
Why the way you walk and run matters for hip stability, lower back pain and efficient movement.
Walking and running are complex movements requiring coordinated activity between the muscles of the hips, pelvis, trunk and legs. When this coordination becomes inefficient, some muscles may work harder than necessary while others contribute less effectively.
One movement pattern we commonly investigate at Cammeray Chiropractic & Performance Centre is reduced gluteal contribution during walking or running, sometimes accompanied by increased reliance on the hamstrings.
Although this is often described as hamstring dominance, the underlying problem is rarely as simple as having weak glutes or tight hamstrings.
Understanding how the muscles work together, and retraining their coordination during functional movement, can be an important part of managing recurring hip, lower back and lower limb problems.
Understanding the Role of the Glutes in Walking and Running
The gluteal muscles have several important responsibilities during gait.
Gluteus maximus contributes to hip extension, particularly during demanding activities such as running, accelerating, climbing hills and rising from a squat. It also helps control the trunk and pelvis during weight acceptance.
Gluteus medius and minimus contribute to stabilising the pelvis when standing on one leg, helping control excessive pelvic drop and coordinating movement of the hip and femur.
The hamstrings also contribute to hip extension, while playing an important role in controlling the swinging leg and preparing it for contact with the ground.
These muscles are designed to work together, not independently.
Problems may arise when their relative contribution, timing or coordination is poorly matched to the demands of a particular movement.
What Is Hamstring Dominance?
Hamstring dominance is a clinical description sometimes used when the hamstrings appear to be contributing disproportionately to a movement, particularly when the gluteal muscles are not providing the expected level of support or force production.
This may be associated with:
Reduced hip extension capacity or control
Poor pelvic stability during single-leg loading
Altered trunk positioning during walking or running
Reduced gluteal strength or endurance
Changes in movement coordination following injury
Protective movement patterns associated with pain
However, increased hamstring activity does not automatically indicate a problem. Hamstring recruitment is normal and necessary during gait.
The important distinction is whether the observed movement pattern is contributing to symptoms, reduced performance or an inability to tolerate loading.
Why Gluteal Coordination Matters
The pelvis provides a mechanical link between the spine and lower limbs.
During walking and running, the body must repeatedly transfer its weight onto one leg while maintaining sufficient control of the pelvis, trunk and hip.
When this control is compromised, we may observe changes such as:
Excessive pelvic drop during single-leg stance
Increased hip adduction or internal rotation
Altered stride length or step width
Reduced hip extension during late stance
Compensatory trunk movement
Changes in loading through the knee, hip or lower back
These findings do not necessarily cause pain in isolation. However, in some individuals, they may contribute to repetitive tissue loading, particularly when combined with high training volumes, reduced strength or inadequate recovery.
Why Traditional Glute Exercises May Not Be Enough
Exercises such as glute bridges, clamshells, hip thrusts and resistance-band walks can be useful for developing strength and muscular capacity.
However, becoming stronger in an isolated exercise does not automatically mean that the body will use that strength effectively during walking or running.
This is an important distinction between muscle strengthening and motor relearning.
A person may demonstrate excellent gluteal strength during a bridge or hip thrust but still exhibit reduced pelvic control or inefficient movement coordination while running.
The nervous system must learn to apply muscular force in the appropriate context, at the appropriate time and in response to the demands of the task.
This is why gait-specific rehabilitation can be valuable.
What Is Gait-Specific Motor Relearning?
Gait-specific motor relearning involves modifying movement coordination during the activity in which the problem occurs.
Rather than focusing exclusively on activating individual muscles, we assess how the entire movement system functions during walking or running.
Depending on the findings, rehabilitation may involve:
1. Walking and running gait analysis
Video assessment can help identify changes in stride mechanics, pelvic control, trunk positioning, step width and lower limb alignment.
2. Targeted strength development
Exercises are selected to improve the capacity of the gluteal muscles and other relevant muscle groups to tolerate the forces encountered during walking and running.
3. Neuromuscular cueing
Simple movement cues may help an individual modify excessive trunk movement, improve pelvic control or change how they load the lower limb.
4. Treadmill-based gait retraining
Practising movement changes on a treadmill allows repeated exposure to the task while receiving real-time visual or verbal feedback.
5. Progressive functional loading
Changes developed during controlled exercises are gradually integrated into walking, running, stairs, hills and other relevant activities.
The objective is not to consciously contract the glutes with every step. It is to develop a more effective and adaptable movement strategy that becomes increasingly automatic.
The Importance of Hip Extension
Hip extension is a normal component of walking and running.
As the body progresses over the supporting leg, the hip moves into extension before the leg transitions into swing.
This movement depends on several factors, including hip joint mobility, pelvic position, muscular control and walking or running speed.
Importantly, late-stance propulsion is not generated by the gluteus maximus alone. The ankle plantarflexors, particularly the calf muscles, make a substantial contribution to forward propulsion during walking.
The gluteal muscles contribute to hip control and force production, but their role varies throughout the gait cycle.
For this reason, effective rehabilitation should assess the entire lower limb rather than attempting to isolate one muscle as the source of every movement problem.
Can Gait Retraining Help Hip, Knee and Lower Back Pain?
Gait retraining may be helpful for selected individuals experiencing recurrent or persistent musculoskeletal symptoms, particularly when assessment identifies a modifiable movement pattern associated with their condition.
Examples may include:
Running-related knee pain
Certain presentations of lateral hip pain
Recurrent hamstring symptoms
Movement-related lower back discomfort
Reduced running efficiency or tolerance
Difficulty maintaining pelvic control during single-leg activities
However, not every painful condition is caused by abnormal gait mechanics, and there is no single ideal walking or running pattern that suits everyone.
The goal is to identify whether a particular movement strategy is relevant to the individual's symptoms and whether modifying it improves comfort, function or load tolerance.
Our Approach at Cammeray Chiropractic & Performance Centre
At Cammeray Chiropractic & Performance Centre, we take a broader approach to understanding movement dysfunction.
Our assessment may include:
Walking and running gait analysis
Hip and spinal mobility assessment
Gluteal and lower limb strength testing
Single-leg balance and pelvic control assessment
Functional movement screening
Assessment of training load, recovery and injury history
Where appropriate, treatment combines hands-on management of relevant joint or soft-tissue restrictions with progressive strengthening, movement retraining and gait-specific rehabilitation.
We aim to identify not only where a person is experiencing pain, but also the physical and movement-related factors that may be contributing to their symptoms.
The Takeaway: Better Coordination, Not Just Stronger Glutes
Efficient walking and running depend on the coordinated contribution of multiple muscles and joints.
While reduced gluteal contribution and altered hamstring recruitment may be relevant in some presentations, the solution is not simply to activate the glutes harder or stretch the hamstrings more frequently.
Effective rehabilitation involves understanding the demands of the movement, identifying relevant impairments and progressively retraining the body to manage those demands.
The goal is not perfect-looking gait. It is comfortable, efficient and resilient movement that supports the activities you want to perform.
If you are experiencing recurring hip, knee or lower back symptoms, or would like to better understand your walking or running mechanics, Cammeray Chiropractic & Performance Centre offers movement assessment and running analysis in Cammeray, Sydney's Lower North Shore.