Hip dips are determined by your skeletal anatomy. They are not a fitness problem. They are not a weakness. They are a structural feature of your pelvis and femur that no exercise on the planet can change. Understanding this is useful, but it's not the most important thing to understand about your hips.
The most important thing is whether your hips are actually functioning correctly in movement. And that question is nowhere in the hip dip conversation.
What hip dips actually are and why exercise can't fix them
Hip dips are the inward curve on the outer side of the body between the iliac crest at the top of the hip and the greater trochanter, the bony prominence at the top of the femur. How pronounced they appear depends on the angle and width of your pelvis and the position of your greater trochanter relative to your iliac crest.
Both are bone. Both are determined by your genetics and skeletal development. Neither changes with exercise.
Exercise builds muscle tissue around these structures. A larger gluteal muscle mass can reduce the visual contrast slightly. But the underlying structural relationship between the iliac crest and the greater trochanter is skeletal anatomy. No exercise protocol changes skeletal anatomy. The before and afters suggesting otherwise are the product of lighting, camera angle, body fat fluctuation, and the particular way a two-dimensional image renders a three-dimensional body.
If you've done the hip dip program and your hip dips look the same, you didn't fail. The claim failed. And you've spent training time on an aesthetic goal that was never achievable while the functional question about your hips went completely unasked.
The question that actually matters
Your pelvis shape, your femoral angle, and the position of your greater trochanter don't just determine how your hips look. They determine how your hips function under every load you place on them.
The same skeletal geometry that creates a visible hip dip directly influences how your femur tracks through the hip socket during gait, how much clearance exists between the femoral head and the acetabular rim during loaded movement, how your hip abductors have to work to maintain pelvic control with every step you take, and how force travels from your foot through your hip and into your lower back across ten thousand daily repetitions.
This is the conversation that should follow every hip dip question. Not whether you can change how they look, but whether your hips are loading correctly given the structure they actually have, and whether your current movement patterns are working with that structure or accumulating damage against it.
At FP Brisbane this is the starting point of every hip assessment. Not the aesthetic feature. The functional reality underneath it.
What happens when hip structure and movement patterns don't match
Most people have never had their hip geometry assessed in the context of how they actually move. The consequence is movement patterns that were never designed for their specific structure, loading the hip in positions that create friction, compression, and compensatory stress that accumulates silently over years.
Impingement from the wrong loading positions
When the femoral head contacts the acetabular rim during hip flexion or internal rotation, this is hip impingement. It is partly a structural issue and partly a movement pattern issue. Certain hip geometries have less clearance in certain positions. Training those positions repeatedly, particularly deep squatting with a stance width and depth that creates rim contact for that specific hip, accumulates stress at the labrum and the surrounding tissue that eventually produces pain.
The standard squat instruction doesn't account for individual hip geometry. At FP Brisbane the loading position is chosen for the structure, not for the generic recommendation. What works for one hip geometry produces impingement in another.
Gait compensation from inadequate abductor function
The glute medius and surrounding hip abductors must control pelvic stability during the stance phase of every stride. When they aren't functioning correctly in the context of gait, not just in isolation on a mat, the pelvis drops on the swing side, the femur adducts, and the IT band, lateral knee, and lower back absorb compensatory load they were never designed to carry.
Different hip geometries require different abductor demands to maintain pelvic control. When gait mechanics don't meet those demands, the compensation pattern runs silently across every step until something breaks down. The breakdown is IT band syndrome, lateral hip pain, or lower back pain that seems to have no clear cause.
The cause is the gait pattern. The gait pattern is influenced by the hip structure. Neither has ever been assessed together.
Force travelling the wrong direction through the chain
The hip is the transfer point for force travelling from the lower limb into the spine. When the hip is loading correctly through its available range, force is distributed efficiently through the pelvis and into the spinal extensors. When it isn't, because the movement pattern is working against the structural geometry, force is redirected into the lumbar spine, the SI joint, or the contralateral hip.
This is why people with persistent lower back pain that has no structural finding on imaging often have a hip loading problem that has never been identified. The back is absorbing force that the hip should have managed. The hip's structural geometry is why it isn't managing it. The movement pattern is why nobody has found it.
What training for hip function actually looks like
Training for actual hip function, rather than training to visually alter a structural feature, produces results in both directions. The hip becomes stronger, better controlled, and more mechanically efficient in the patterns it actually performs. The surrounding tissue develops in response to functional demand rather than in response to an aesthetic prescription. And the movement patterns that have been silently accumulating load in the wrong places get corrected.
This is not a generic glute program. It is a structured corrective process that starts with understanding what the specific hip geometry requires, assessing where the current movement patterns are failing to meet that requirement, and building the mechanics from the foundation up in the sequence the body can actually adapt to.
Posture first. Gait second. Load third. In that order, for that structure, at that stage of the corrective process.
The aesthetic outcome of this process is a hip that looks the way a well-functioning hip looks. Not because the structural dip has been filled in, but because the tissue surrounding a correctly-loaded hip develops differently to tissue surrounding one that has been compensating for years.
Client result: "I'd spent two years trying to fix my hip dips and got nowhere. When I came to FP Brisbane for recurring hip and lower back pain the assessment found that my gait was loading my left hip against its structural geometry on every stride. The impingement pattern this was creating had been producing the back pain I thought was unrelated. Correcting the gait mechanics and loading positions resolved both. I finally understood what my body was actually doing." Brisbane client
What this looks like at Functional Patterns Brisbane
At FP Brisbane, hip assessment starts with the structural geometry of the hip and how that geometry is being loaded in gait. We look at whether the movement patterns are working with the hip's actual structure or against it, where compensatory loading is occurring, and what needs to change mechanically to allow the hip to function as it was designed to.
The hip dip is an aesthetic feature. What it reflects structurally is biomechanically significant. The question worth asking is not how to change what your hips look like. It is whether your hips are doing their job correctly in the movement you perform every day.
That assessment is where we start.
Frequently Asked Questions — Hip Dips and Hip Function
Can exercise fix hip dips?
No. Hip dips are determined by the relationship between the iliac crest and the greater trochanter, which is skeletal anatomy. Exercise builds muscle around these structures but cannot change their position or the structural geometry that creates the visual dip. Programs claiming to fix hip dips are selling an outcome that anatomy does not support.
Are hip dips related to hip pain?
Not directly. But the same skeletal geometry that creates hip dips influences how the hip loads under movement. Certain structural features predispose to impingement, gait compensation, and asymmetric loading patterns that produce hip pain, IT band syndrome, and lower back pain over time when movement patterns don't account for the specific geometry of that hip.
What does a hip function assessment involve?
At FP Brisbane a hip function assessment covers gait mechanics to identify how the hip is loading through the stride cycle, loading position assessment to identify whether training positions are working with or against the hip geometry, and an assessment of how force is travelling from the hip into the lower back and lower limb. The goal is to understand what the specific hip structure requires and whether the current movement patterns are meeting that requirement.
Why does my hip pain keep coming back despite treatment?
Hip pain that returns after treatment almost always has an unaddressed mechanical driver. In many cases that driver involves the relationship between hip geometry and movement pattern, the hip is being loaded in ways that don't suit its structure, and the treatment addresses the painful tissue without identifying why the tissue is being stressed. A movement assessment that considers hip geometry in the context of gait is the next step.