More weekly sets can produce more growth on average, but the benefit has diminishing returns and the recoverable amount varies. Count challenging sets that meaningfully train the glutes, start with an amount of work you can recover from and progress, and add more only when recovery and performance support it.
Count the work honestly
A hard set of hip thrusts clearly counts. A hard squat or split squat can also count even though other muscles contribute. Warm-ups and very easy activation drills should not be counted the same as challenging working sets.
Start below your maximum
A moderate starting number of sets gives you room to learn the movements and identify soreness, fatigue, and performance trends. Jumping to a high-volume influencer routine can create fatigue before you know whether fewer sets would have worked.
Adjust according to what your log shows
Consider adding a small number of sets when performance is progressing, soreness resolves, and the current workload feels manageable. Reduce or redistribute work when technique, motivation, joint comfort, or performance deteriorates repeatedly.
Count a week before adding sets
For example, two sets of bridges and two of hinges on each of two days give eight hip-extension sets per week. Two additional unilateral sets give ten for each side. Keep abduction work visible in a separate line: the same set count does not mean identical work for every gluteal muscle. This is an example of how to count sets, not a validated formula for your ideal training volume.
| Work | Weekly count | How to use it |
|---|---|---|
| Bridge: 2 sets × 2 days | 4 | Record load and repetitions |
| Hinge: 2 sets × 2 days | 4 | Also accounts for hamstring work |
| Unilateral: 1 set each side × 2 days | 2 per side | Count quad work too if using step-ups or split squats |
| Optional abduction: 1 set × 2 days | 2 | Track separately; do not assume equal maximus loading |
There is one perfect set number for every person.
Research gives population-level trends; the amount of training that works for you depends on training status, set quality, exercise selection, and recovery.
References
These sources support the explanations above. They cannot replace individual medical, nutrition, or training advice.
- Pelland et al. (2026), resistance-training dose response Meta-regression
- Currier et al. (2023), resistance-training prescription network meta-analysis Systematic review and network meta-analysis
- American College of Sports Medicine 2026 resistance-training position stand Position stand
- Grgic et al. (2022), failure versus non-failure training Systematic review and meta-analysis