Are Glute Activation Exercises Overrated?

You have seen it a hundred times. Someone layers mini-band walks, clamshells, donkey kicks, and fire hydrants into a ten-minute circuit before every single squat session, all in the name of "activating" the glutes. The idea sounds logical: wake the muscle up, make it fire harder, grow it better. Fitness TikTok and Instagram coaches have turned glute activation into a non-negotiable ritual, especially for women.

But when you actually go and look at the research, the picture gets a lot more complicated. Glute activation exercises are not useless. They are just very rarely as important as the content around them suggests. This post breaks down what the science says about when they help, when they do not, and what actually matters for building stronger, bigger glutes.

What "Glute Activation" Actually Means.

The term is not standardised in the research literature, and that matters more than it sounds. In practice, "glute activation" covers at least three different things that get lumped together and treated as one:

Primer drills are short warm-up exercises done before a main training session: clamshells, side-lying abduction, bridges, quadruped hip extensions, lateral band walks, mini-band squats. The goal is to improve recruitment before the main lift. Motor control drills are used in rehabilitation to improve timing, pelvic control, and movement quality. Low-load accessory exercises start as "activation" but become real strengthening work if they get progressively harder over time.

That last category is the important distinction. A loaded hip thrust trained progressively for weeks is not a glute activation exercise. It is a resistance training exercise. Treating it like one is part of how the activation narrative gets inflated beyond what the evidence supports.

The EMG Problem: Why "High Burn" Is Not High Growth.

Most of the glute activation conversation is built on surface electromyography, or EMG. It is how researchers measure how electrically active a muscle is during a movement. You put electrodes on the skin and watch the signal spike when the muscle contracts. Higher spike, more activation. Makes sense.

Except EMG does not tell you the whole story, and using it to rank exercises for hypertrophy is a significant leap that the research does not support.

Research has made the same point more broadly: acutely measured surface EMG amplitude is not a validated predictor of muscle hypertrophy.^[1] In other words, the fact that a clamshell makes your glutes burn does not mean it is building them.

The Parr et al. study on professional rugby players illustrated this nicely. After a glute activation warm-up, gluteus maximus EMG was actually lower during the explosive main lift. But ground reaction forces were unchanged and estimated muscle force trended upward. Lower EMG, same or better performance. That pattern is more consistent with improved neural efficiency than with the simple logic of "more activation equals better output."^[3]

What the Acute Evidence Actually Shows.

There is real evidence that brief glute-focused warm-ups can produce immediate changes: a modest improvement in countermovement jump power, changes in EMG patterns, and alterations in short-term motor output. Some women genuinely feel more connected to their hips after a few primer drills, and that subjective experience is worth something.

But there are important caveats that rarely make it into the fitness content built around these studies. Most of the acute research uses small sample sizes, male or mixed-sex cohorts, and surrogate outcomes like EMG rather than actual strength or hypertrophy measures. The Crow et al. study showing improved jump power after a glute warm-up used elite male footballers. The Comyns et al. study on squat-jump force improvements used an athletic cohort with a specific time window requirement after the warm-up.^[4] The Healy et al. study in sprinters, which included both men and women, found no clear performance advantage once practice effects were accounted for.^[5]

What Actually Builds Glutes Long-Term.

This is the part that matters most for most women, and it is also the part that activation culture tends to understate.

The most reliable evidence across the resistance training literature is consistent: progressive overload works. Progressively loaded hip-extension exercises, including squats, hip thrusts, Romanian deadlifts, step-ups, split squats, and leg press, can all increase gluteus maximus size. A 2025 systematic review and meta-analysis of resistance training and gluteus maximus hypertrophy confirmed that multiple exercise types are effective when programmed progressively. No single exercise type dominated.^[6]

That finding matters for the activation debate because it removes the foundation of the claim that you need to "wake up" your glutes to get the most from heavy training. If squats, deadlifts, hip thrusts, step-ups, and leg press all have the capacity to load and grow the glutes, the burden of proof shifts. Advocates of long activation routines need to show that those routines add something beyond a good warm-up and strong programming. That proof is very thin right now.

Hip Thrust vs Squat: The Hypertrophy Research.

The hip thrust versus squat debate is the clearest window into how activation logic plays out, or fails to play out, in practice.

The hip thrust produces higher acute surface EMG readings in the gluteus maximus compared to the squat. By activation-culture logic, this should mean it grows the glutes more. The research does not cleanly support that conclusion.

A 2024 trial in untrained young women did find something useful though: adding barbell hip thrusts to a leg press and stiff-leg deadlift programme improved gluteus maximus thickness more than the two-exercise programme alone, with the hip thrust group gaining 9.3% versus 6.0%.^[8] The important nuance is that the hip thrust group also did more total work. The lesson is not that hip thrusts are uniquely superior; it is that exercise variety and volume both matter. More well-programmed work tends to produce more growth.

A separate meta-analysis on hip thrust training found it consistently improves hip-thrust-specific strength, but shows limited transfer to squat strength or jumping performance. Specificity of training matters. The glute exercise you do builds the pattern you do it in. There is no single best glute exercise, and there is no evidence that high-EMG activation drills translate into meaningfully better outcomes from the main lifts that follow.

What This Means for Women Specifically.

The common narrative is that women in particular have underactive glutes, often framed around hip anatomy, movement patterns, or sedentary lifestyles. There is a kernel of truth: some research has found reduced gluteus maximus or gluteus medius activity in female athletes compared to males during landing tasks, and certain movement dysfunctions are more common in women. But a systematic review of jump-landing EMG found that sex differences in lower-limb muscle activity are not consistently present across muscles or phases of movement.^[11] Women are not a homogeneous "glutes do not fire" population.

The research also strongly supports that women adapt to resistance training very effectively. Meta-analyses show that lower-body strength and hypertrophy gains in women are broadly similar in relative terms to men.^[10] Women do not need a special "activation-first forever" approach to build strong glutes. They need what everyone needs: consistent progressive training, adequate effort, and enough total volume.

On the menstrual cycle question: the popular idea that women should reorganise their glute activation routines around their cycle phase has very weak support. Large systematic reviews suggest that menstrual-cycle effects on exercise performance and strength-related measures are generally small or trivial on average.^[11] Individual variation exists, but cycle-synced activation prescriptions are not backed by meaningful evidence.

When Glute Activation Actually Helps.

None of this means activation exercises have no place. They do. The distinction is between useful and mandatory.

For women with patellofemoral pain, hip-focused strengthening can reduce pain and improve function. But systematic reviews consistently show it works best when combined with knee and quad work rather than used as an isolated fix — and adding isolated hip work on top of an already comprehensive programme does not always produce extra benefit.^[2] Common low-load options like side-lying abduction, clamshells, bridges, and quadruped hip extension achieve moderate-to-high gluteal EMG and are well-suited as early rehab bridges when heavier loading is not yet appropriate.^[9] For gluteal tendinopathy, especially in postmenopausal women, the evidence strongly supports education about load and compression management combined with progressive exercise. A major clinical trial found that tendon-specific exercise and sham exercise both improved pain and function when paired with load education, which suggests the specificity of the drill matters less than people assume.^[13]

Four Myths, Four Facts.

The Verdict.

Glute activation exercises are not useless. They are overrated. There is a difference.

They can be worth a few minutes as a brief primer, a confidence-building cue, a low-load rehabilitation bridge, or an early postpartum starting point when heavier loading is not yet appropriate. For all of those uses, keeping it short, keeping it purposeful, and moving quickly into progressively loaded work makes sense.

What they cannot do is replace progressive resistance training. The research is very clear that squats, deadlifts, hip thrusts, step-ups, split squats, and leg press all build the gluteus maximus when programmed with proper progression, effort, and volume. No amount of mini-band work substitutes for that.

The best glute programme for most women is one that consistently gets harder over time: heavier loads, more reps, more sets, or more range. That is what the research supports, and that is where the real results come from.

With love,
Stylishandhealthy

This post is for informational purposes only and does not constitute medical or fitness advice. If you have a diagnosed condition, are postpartum, or are managing a musculoskeletal injury, work with a qualified physiotherapist or sports medicine professional. Study findings referenced here reflect research as of mid-2026; always check for more recent evidence before making clinical decisions.