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8 Best Glute Exercises for Strength: Science-Backed Guide

Written by: VitaminMyHealth Fitness Team
Published: January 2025 | Last Reviewed: January 2025

⚕️ Health and Fitness Disclaimer: This article is for general educational purposes only and does not constitute medical or professional fitness advice. Always consult your GP, physiotherapist, or a qualified fitness professional before beginning any new exercise programme — particularly if you have existing injuries, joint conditions, or cardiovascular concerns. Stop any exercise immediately if you experience pain, dizziness, or unusual discomfort. Read our full Medical Disclaimer.

Why Strong Glutes Matter

Building powerful glutes takes more than random workouts and good intentions. Your glutes are the largest muscle group in your entire body, and consequently, they control nearly every lower-body movement you make throughout the day.

Research published in the International Journal of Sports Physical Therapy suggests that targeted glute training may meaningfully reduce injury risk — a benefit alone that makes glute training essential for everyone, from competitive athletes to office workers.

The Three Gluteal Muscles

Your gluteal complex includes three key muscles that work together:

Gluteus Maximus: Powers hip extension and external rotation during movement
Gluteus Medius: Stabilises your pelvis during walking, running, and single-leg activities
Gluteus Minimus: Assists with hip abduction and internal rotation

According to research in Sports Medicine, weak glutes may contribute significantly to lower back pain in a large proportion of sufferers. As a result, strengthening these muscles becomes genuinely important for pain prevention and long-term mobility — whether you are an athlete or spend most of your day at a desk.

Why This Guide Was Written

This comprehensive guide covers the eight best glute exercises for strength, based on current scientific evidence. Moreover, you will learn exactly how to perform each movement correctly for maximum results and minimum injury risk. Each exercise has been selected because it offers a distinct training stimulus — together, they provide complete gluteal development.

1. Barbell Hip Thrusts: The Ultimate Glute Builder

Hip thrusts deserve the top spot on this list for good reason. EMG research published in the Journal of Strength and Conditioning Research suggests this exercise produces substantially greater glute activation than traditional squats — making it arguably the single most effective movement for direct gluteus maximus development.

How to Perform Hip Thrusts

Follow these steps carefully for proper form:

Position your upper back against a sturdy, stable bench
Roll a padded barbell across your hip crease for comfort
Plant both feet flat on the floor, hip-width apart
Drive forcefully through your heels to initiate the movement
Raise your hips until your body forms a straight line from shoulders to knees
Squeeze your glutes firmly for two to three seconds at the top
Lower slowly and with control — avoid bouncing at the bottom

What the Research Suggests

A meta-analysis published in Frontiers in Physiology examined multiple studies on hip thrust performance. Findings indicated that participants using hip thrusts alongside squats gained significantly more glute strength than those performing squats alone. Furthermore, achieving a posterior pelvic tilt at the top position — actively tucking your pelvis upward at peak contraction — may increase glute activation further. Therefore, focus on this detail deliberately during every repetition.

Pro Tip — Add a Resistance Band

Research published in PLOS ONE suggests that placing a resistance band above the knees during hip thrusts may increase gluteus medius activation considerably. This simple modification adds significant value to an already highly effective exercise and costs nothing extra in terms of time or equipment.

2. Deep Back Squats: Foundation of Lower Body Strength

Squat depth matters considerably more than most people realise. Research published in the European Journal of Applied Physiology suggests that deep squats — where the hip crease drops below the knee — may activate the glutes substantially more than parallel squats. This finding has important implications for how you programme and execute your squat sessions.

Perfect Squat Form for Glute Engagement

To maximise glute engagement during squats, follow these technique cues:

Stand with feet approximately shoulder-width apart
Turn your toes outward naturally — typically 15 to 30 degrees
Break at the hips first, then bend at the knees
Lower until your hip crease drops clearly below your knees
Keep your spine neutral and chest lifted throughout the descent
Drive through your entire foot — not just your heels — to stand
Squeeze your glutes firmly as you reach the top position

Best Squat Variations for Glute Development

Sumo Squats
A wider stance shifts emphasis toward the hip abductors and inner glutes. Research suggests this variation may produce meaningfully greater hip abductor activation compared to standard squats — making it a valuable addition to any glute-focused programme.

Pause Squats
Holding the bottom position for three seconds eliminates momentum completely. Consequently, muscle tension increases significantly throughout the glute and quad complex, making each repetition substantially more demanding and effective.

Safety Bar Squats
This variation reduces spinal stress considerably while maintaining excellent glute activation levels. It is particularly useful for those withupper-bodyy mobility limitations or shoulder discomfort during barbell squats.

3. Romanian Deadlifts: Stretch and Strengthen

Romanian deadlifts target your entire posterior chain with exceptional efficiency. The Strength and Conditioning Journal ranks RDLs among the top exercises for hamstring and glute co-activation — a quality that few other movements can match. Furthermore, the deep hip hinge pattern transfers directly to athletic performance and everyday movement quality.

Step-by-Step RDL Guide

Hold a barbell at hip level using an overhand grip
Position your feet hip-width apart with a soft knee bend
Maintain the same slight knee bend angle throughout the entire movement
Hinge at your hips by pushing them backwards — not by bending your knees further
Keep the bar travelling close to your legs throughout the descent
Continue lowering until you feel a strong, deep stretch through your hamstrings
Drive your hips forward powerfully to return to the standing position

The Importance of the Eccentric Phase

Research on eccentric training suggests that emphasising the lowering phase of the Romanian deadlift may increase muscle growth compared to rushing through the descent. Therefore, take three to four seconds during each lowering phase for the best possible results.

⚠️ Important Safety Warning: Never round your lower back during this movement. Spinal flexion under load places serious stress on the lumbar spine and significantly increases injury risk over time. If you cannot maintain a neutral spine, reduce the weight immediately.

Common Errors to Avoid

Many lifters make avoidable mistakes with this exercise that reduce its effectiveness considerably. For instance, allowing excessive forward knee travel shifts emphasis toward the quadriceps rather than the glutes and hamstrings. Additionally, rushing the eccentric phase reduces muscle activation significantly, producing the opposite effect of what this exercise is designed to achieve.

4. Bulgarian Split Squats: Fix Muscle Imbalances

Single-leg training addresses problems that bilateral exercises simply cannot. Research published in Sports Biomechanics suggests Bulgarian split squats may produce comparable glute activation to bilateral squats. Moreover, they simultaneously develop balance, coordination, and unilateral stability — qualities that bilateral exercises largely neglect in most training programmes.

Correct Execution

To perform Bulgarian split squats with proper technique, follow these steps:

Stand approximately two feet in front of a flat bench
Place your rear foot on the bench behind you — laces facing down
Keep your torso upright and your core engaged throughout the movement
Lower until your front thigh reaches approximately parallel to the floor
Push firmly through your front heel to return to the starting position
Complete all repetitions on one leg before switching to the other side

Why Unilateral Training Works

Research published in the Journal of Athletic Training indicates that unilateral training may meaningfully reduce injury risk compared to bilateral-only programmes. In addition, single-leg exercises naturally demand greater core stability throughout — a benefit that transfers directly to improved athletic performance across virtually all sports and physical activities.

Programming Considerations

Start with bodyweight only until the balance and coordination demands feel entirely manageable. Subsequently, add dumbbells held at your sides before progressing to a barbell. This gradual approach ensures you develop the stability required to perform the exercise safely and effectively under load.

5. Glute Bridges: Perfect for All Fitness Levels

Glute bridges work effectively for everyone regardless of training experience or current fitness level. The Physical Therapy Journal recommends them for both rehabilitation settings and performance enhancement — a dual applicability that reflects their genuine versatility. Consequently, they serve as an excellent starting point for beginners while remaining genuinely valuable for advanced athletes.

Basic Bridge Technique

Lie on your back with knees bent at approximately 90 degrees
Place feet flat on the floor, hip-width apart
Press your lower back gently into the ground before starting
Engage your core deliberately before initiating any movement
Drive through your heels and lift your hips upward in a controlled arc
Continue until you create a straight line from your shoulders to your knees
Hold firmly for three to five seconds at the top before lowering with control

Progressive Variations

Once you have mastered the basic bridge, progress systematically through these variations:

Variation	Key Benefit	Difficulty Level
Single-Leg Bridge	Significantly greater glute activation per side	Intermediate
Feet-Elevated Bridge	Increased range of motion through the hip	Intermediate
Band-Resisted Bridge	Additional gluteus medius recruitment	Beginner to Intermediate

Importantly, master each level fully before advancing to the next challenge. Quality of movement always takes priority over progression speed — particularly during the early stages of training.

6. Lateral Band Walks: Protect Your Knees

Your gluteus medius plays a critical role in preventing knee collapse during movement. Research published in the British Journal of Sports Medicine suggests that gluteus medius weakness may correlate with increased ACL injury risk. Therefore, directly targeting this often-neglected muscle with lateral band walks is an important component of any complete lower body programme.

How to Perform Lateral Band Walks

Execute this movement correctly by following these guidelines:

Place a loop resistance band either above your knees or around your ankles
Assume a quarter-squat athletic position with a slight forward lean
Keep your back straight and your chest lifted throughout the movement
Step laterally with deliberate, controlled movements — avoiding any trunk sway
Maintain constant band tension throughout every single step
Complete all steps in one direction, then immediately reverse course

Research-Backed Benefits

A randomised controlled trial published in the Journal of Orthopaedic and Sports Physical Therapy found that participants achieved significantly improved hip stability after eight weeks of consistent lateral band walk training. Furthermore, performing two to three sets of band walks before heavy lifting sessions may meaningfully enhance subsequent exercise performance by improving glute activation patterns. As a result, many strength coaches now recommend including this exercise as part of a structured warm-up routine rather than treating it as a standalone movement.

7. Cable Kickbacks: Precision Isolation

Cable machines provide constant tension throughout the entire range of motion — a mechanical advantage that makes cable kickbacks superior to bodyweight versions for isolation purposes. Moreover, cables allow precise and easily adjustable control over resistance levels, making progressive overload straightforward to implement over time.

Proper Kickback Form

Attach an ankle strap securely to a low cable pulley
Fasten the strap firmly around your working ankle
Face the machine and grip the frame lightly for balance and stability
Lean forward slightly at your hips to optimise the movement angle
Extend your leg directly backwards against the cable resistance
Squeeze your glute firmly at the point of full extension
Return slowly to the starting position while maintaining muscle tension throughout

What Studies Show

Research published in the Journal of Electromyography and Kinesiology compared various kickback exercise variations and found that cable kickbacks produced meaningfully greater glute activation than machine-based alternatives. Therefore, when isolation work is the primary goal, cables represent the superior equipment choice for this particular movement pattern.

💡 Important Note: Use moderate weights with strict form throughout every set. Heavier loads typically encourage compensation patterns — particularly excessive lumbar extension — that reduce glute activation and increase lower back stress considerably.

8. Hill Sprints: Build Explosive Glute Power

Sprinting develops explosive power in a way that no weighted exercise can fully replicate. Research published in the International Journal of Sports Physiology and Performance links sprint training to significant improvements in lower-body power output. Additionally, hill sprints offer specific benefits that flat-surface sprinting simply cannot match — particularly in terms of glute loading and hamstring injury prevention.

Hill Sprint Protocol

To implement hill sprints safely and effectively, follow this structured approach:

Find a hill with a five to eight per cent incline — steep enough to challenge you without compromising form
Perform six to ten sprints of 20 to 40 metres each per session
Run at approximately 90 to 95 per cent of your maximum effort
Walk back down the hill for complete recovery between efforts
Rest for two to three minutes between each sprint
Progress volume gradually — add one sprint per week rather than increasing distance suddenly

Why Hill Sprints Are Uniquely Effective

Research tracking athletes over 12 weeks of consistent sprint training found that those using hill sprints showed notably increased glute power output compared to control groups. Furthermore, the incline naturally limits overstriding — a common running mechanic error that significantly increases hamstring injury risk on flat surfaces. As a result, both running mechanics and glute strength tend to improve simultaneously when hill sprints are incorporated consistently into a training programme.

Complete Training Programme

Session A — Strength Focus (Monday)

Exercise	Sets	Reps	Rest
Barbell Hip Thrusts	4	6 to 8	90 seconds
Deep Back Squats	4	6 to 8	90 seconds
Romanian Deadlifts	3	8 to 10	90 seconds

Session B — Unilateral Work (Wednesday)

Exercise	Sets	Reps	Rest
Bulgarian Split Squats	3	10 to 12 each leg	90 seconds
Single-Leg Glute Bridges	3	12 to 15 on each leg	60 seconds
Cable Kickbacks	3	12 to 15 on each leg	60 seconds
Lateral Band Walks	3	20 steps in each direction	60 seconds

Session C — Power Development (Friday)

Exercise	Sets	Reps or Distance	Rest
Hill Sprints	6 to 8	30 metres	2 to 3 minutes
Step-Ups	3	10 to 12 each leg	90 seconds
Banded Glute Bridges	3	15 to 20	60 seconds

General Training Guidelines

Factor	Recommendation
Training frequency	2 to 3 sessions weekly
Recovery between sessions	48 to 72 hours minimum
Protein intake	1.6 to 2.2g per kg of bodyweight
Sleep duration	7 to 9 hours nightly

Progressive Overload Strategy

To continue making consistent progress, increase your training load systematically over time rather than in large, sudden jumps. Research supports adding approximately 2.5 to 5 per cent additional weight when you complete all prescribed repetitions with good form.

Additionally, varying your repetition ranges periodically helps prevent training plateaus. For example, alternating between strength-focused phases of four to six repetitions and hypertrophy-focused phases of eight to twelve repetitions every four to six weeks can sustain long-term progress very effectively.

Frequently Asked Questions

How often should I train my glutes for strength?

Training your glutes two to three times weekly produces optimal results according to current research. However, allowing 48 to 72 hours between intense sessions is equally important — your muscles repair and grow stronger during recovery, not during the workout itself.

What is the single best exercise for glute strength?

Based on EMG research, hip thrusts consistently produce among the highest levels of glute activation of any exercise currently studied. Nevertheless, a complete programme should include multiple exercises targeting all three gluteal muscles for truly balanced and comprehensive development.

Can I build strong glutes without equipment?

Yes — bodyweight exercises provide an excellent and legitimate starting point. Glute bridges, single-leg variations, and hill sprints require no equipment whatsoever. However, progressing to weighted exercises becomes increasingly important as you grow stronger, since bodyweight alone eventually provides insufficient stimulus for continued muscle development.

How long until I see glute strength improvements?

Most people notice measurable strength improvements within four to six weeks of consistent, progressive training. Visible muscle changes, however, typically require eight to twelve weeks or longer, combined with appropriate nutrition and adequate recovery. Consistency and progressive overload remain the two most essential factors throughout this entire process.

Should I do glute activation before workouts?

Yes — research strongly supports pre-workout glute activation work. Lateral band walks and clamshells effectively prepare your glutes for subsequent heavy compound lifting. Therefore, spending five to ten minutes on targeted activation exercises before each session is time genuinely well invested.

Are squats enough for complete glute development?

Squats alone are not optimal for complete gluteal development. In contrast, hip thrusts produce substantially greater direct glute activation in most research settings. Consequently, combining both exercises — alongside the other movements covered in this guide — produces the most comprehensive gluteal development possible.

Key Takeaways

The eight best glute exercises for strength combine compound movements, isolation work, and explosive training into a coherent and evidence-informed programme. Current research supports hip thrusts, deep squats, and Romanian deadlifts as the essential foundation of any serious glute development plan.

Remember these principles for long-term success:

✅ Train your glutes two to three times weekly with adequate recovery between sessions
✅ Use progressive overload consistently — add load gradually and systematically
✅ Include both bilateral and unilateral exercises for balanced development
✅ Prioritise recovery through quality sleep, proper nutrition, and stress management
✅ Track your workouts carefully to identify progress and guide smart adjustments
✅ Master proper form before increasing weight or difficulty at any stage

Start implementing these exercises in your very next training session. Stronger, more powerful glutes will improve your lower back health, knee stability, and overall athletic performance — making this one of the most valuable long-term investments you can make in your physical wellbeing.

References

Contreras, B. et al. (2015). A Comparison of Gluteus Maximus, Biceps Femoris, and Vastus Lateralis EMG Activity in the Back Squat and Barbell Hip Thrust Exercises. Journal of Applied Biomechanics. https://doi.org/10.1123/jab.2014-0301
Neto, W.K. et al. (2020). Gluteus Maximus Activation during Common Strength and Hypertrophy Exercises. Journal of Sports Science and Medicine. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7039033/
Schoenfeld, B.J. (2010). Squatting Kinematics and Kinetics and Their Application to Exercise Performance. Journal of Strength and Conditioning Research. https://doi.org/10.1519/JSC.0b013e3181bac2d7
Distefano, L.J. et al. (2009). Gluteal Muscle Activation During Common Therapeutic Exercises. Journal of Orthopaedic and Sports Physical Therapy. https://doi.org/10.2519/jospt.2009.2796
International Society of Sports Nutrition. (2024). Protein and Exercise Position Stand. https://jissn.biomedcentral.com/
NHS. (2024). Physical Activity Guidelines for Adults. https://www.nhs.uk/live-well/exercise/

⚕️ Remember: This article is for general educational purposes only. If you have any concerns about your suitability for exercise or experience pain during training, please consult your GP or a qualified physiotherapist. For urgent concerns, contact NHS 111 at 111.nhs.uk