Posterior Chain Training

How to develop the glutes, hamstrings, and back muscles that drive most of your strength and athleticism

Strength Training

Written by - evidence-based methodology.

Posterior Chain Training Guide
Quick Answer

For most lifters, build posterior chain training around hip hinges, hip extension work, and pulling patterns. Deadlift variations are one of the most efficient ways to train the chain, but a balanced approach also includes hamstring curls, glute-focused movements, and rows. Train the posterior chain 2–3 times per week.

Key Takeaways

  • Deadlifts are efficient: They load the entire posterior chain from hamstrings to traps in one movement
  • Hip hinge is essential: RDLs, good mornings, and swings target glutes and hamstrings directly
  • Train 2–3x weekly: Roughly 10–15 sets each for glutes and hamstrings per week is a useful starting range - estimate your one-rep max

The posterior chain - the muscles running down the back of your body - produces most of the hip extension power used in sprinting, jumping, and lifting. It's often undertrained relative to the front of the body, which can create imbalances over time.

The Posterior Chain Muscles

Lower Posterior Chain

Gluteus Maximus - primary hip extensor and one of the main drivers of lower-body force
Hamstrings - hip extension and knee flexion
Glute Medius/Minimus - hip stabilizers
Calves - ankle plantar flexion

Upper Posterior Chain

Erector Spinae - spinal extensors
Latissimus Dorsi - major pulling muscle
Trapezius - scapular control
Rhomboids - scapular retraction
Rear Deltoids - posterior shoulder

It's All Connected

During a deadlift, the entire chain works together: calves stabilize, hamstrings and glutes extend the hip, erectors maintain spinal position, lats lock the bar in, traps keep shoulders set.

Why Posterior Chain Training Matters

1

Athletic Power

Hip extension drives sprinting, jumping, throwing, and cutting. The glutes and hamstrings generate explosive power.

2

Injury Prevention

Poor hamstring strength and imbalances can contribute to injury risk, especially in sports that involve sprinting and deceleration. Weak glutes are also commonly associated with knee and lower back issues.

3

Posture and Balance

Posterior chain training can help offset the imbalance many people develop from excessive sitting, pressing, and undertraining the back side of the body.

4

Lower Back Health

Improving glute, hamstring, and trunk strength can help reduce load on the lower back in some lifters.

Key Movement Patterns

Pattern Primary Muscles Examples
Hip HingeGlutes, hamstrings, erectorsRDL, good morning, KB swing
Hip ExtensionGlutes, hamstringsHip thrust, glute bridge
Deadlift PatternEntire posterior chainConventional, sumo, trap bar
Knee FlexionHamstringsLeg curl, Nordic curl
Horizontal PullLats, rhomboids, rear deltsRows, face pulls
Vertical PullLats, lower trapsPull-ups, lat pulldowns

Best Posterior Chain Exercises

Conventional Deadlift

Loads the entire chain from hamstrings to traps. 3–5 sets × 3–6 reps for strength. Maintain neutral spine.

Romanian Deadlift

One of the purest hip hinges. Maximum hamstring stretch under load. 3–4 sets × 8–12 reps. Control the eccentric.

Kettlebell Swing

Explosive hip hinge for power and conditioning. 5–10 sets × 10–20 reps. Hip snap, not arm swing.

Glute-Focused Exercises

ExerciseSets × RepsNotes
Hip Thrust3–4 × 8–12Strong glute isolation option
Glute Bridge3 × 15–20Lower-load glute work, good for learning hip extension
Cable Pull-Through3 × 12–15Constant tension
Bulgarian Split Squat3 × 8–12 eachUnilateral work

Hamstring-Focused Exercises

ExerciseSets × RepsNotes
Nordic Curl3 × 3–6Eccentric strength
Lying Leg Curl3 × 10–15Direct hamstring isolation
Stiff-Leg Deadlift3 × 8–12Maximum stretch
Good Morning3 × 8–10Erector + hamstring emphasis

Programming Posterior Chain Training

Sample Weekly Structure

Day 1: Heavy deadlifts + RDLs + hip thrust
Day 2: KB swings + leg curls + back extensions
Day 3: Trap bar deadlift + good mornings + Nordic curls

These are rough weekly starting ranges. Adjust based on your training age, recovery capacity, and how much indirect posterior chain work you already get from squats, lunges, and other compound movements.

Common Mistakes

Training only the glutes and ignoring the hamstrings. Hip thrusts and glute bridges are popular, but they don't adequately train the hamstrings at long lengths. Add at least one knee-flexion movement (leg curl, Nordic curl) and one hip-hinge with a stretch component (RDL, good morning) every week.

Using too much lower back instead of hip extension. In deadlifts and RDLs, many lifters compensate with lumbar hyperextension when the hips aren't driving. The cue is to push the floor away (not pull the bar up) and think about hip extension - not back extension. If your lower back is the limiting factor, the hips aren't working enough.

Going too heavy on RDLs and losing the hamstring stretch. Loaded Romanian deadlifts need a controlled eccentric with a full hip-hinge. Many lifters load them too heavy, which turns the movement into a partial range back pull. Use a weight you can lower until you feel a strong stretch in the hamstrings - typically shin to mid-shin - before driving back up.

Neglecting the upper posterior chain. Rows, face pulls, and rear delt work are often skipped in favour of more deadlifts. Weak upper back and rear delts affect posture, shoulder health, and how much upper-body pressing you can do safely. Include at least one horizontal pull every session.

Frequently Asked Questions

What exactly is the posterior chain?

The posterior chain refers to the muscles on the back side of your body, from calves up through hamstrings, glutes, spinal erectors, lats, and traps. These muscles work together as a connected chain for hip extension, back extension, and pulling movements.

Are squats good for the posterior chain?

Squats work the posterior chain, especially glutes at the bottom and through hip extension. However, squats are more quad-dominant than true posterior chain exercises like deadlifts and hip hinges. You need both patterns for complete development.

Why is my posterior chain weak?

Modern life promotes anterior dominance - sitting weakens glutes and hamstrings while tightening hip flexors. Most gym programs also emphasize mirror muscles (chest, abs, quads) over the backside. Deliberate posterior chain training corrects this imbalance.

What's the best exercise for posterior chain?

The deadlift is one of the most efficient options, loading the entire chain from hamstrings to traps. RDLs, hip thrusts, and good mornings are also excellent. A combination addressing hip extension, back extension, and hamstring strength covers all the bases.

How many sets do I need for posterior chain training per week?

A practical starting target is 10–15 sets per week for glutes and 10–15 sets per week for hamstrings. Beginners can get results with 8–10 sets per muscle group. Count both direct work (hip thrusts, leg curls) and indirect work from compound lifts (deadlifts, RDLs).

Can I train posterior chain every day?

No. The posterior chain - particularly heavy deadlifts - demands significant recovery time. Training it 2–3 times per week with 48 hours between sessions is the standard approach. You can include light mobility or activation work daily without accumulating fatigue.

Bottom Line

A strong posterior chain comes from combining several patterns, not just stacking more deadlifts. You need hip hinges for the hamstrings under stretch, hip extension work for the glutes at peak contraction, knee flexion to isolate the hamstrings, and rows for the upper chain. Each pattern contributes something the others don't.

Train it 2–3 times per week, target 10–15 working sets per muscle group, and prioritise getting stronger in the main movements over time. Use the one-rep max calculator to track deadlift progress and set targets - consistent strength gains over months are the best indicator that your posterior chain is actually developing.

References

  1. Zatsiorsky VM, Kraemer WJ. Science and Practice of Strength Training. 2nd ed. Human Kinetics. 2006.
  2. Contreras B. Glute Lab: The Art and Science of Strength and Physique Training. Victory Belt Publishing. 2019.
  3. Schoenfeld BJ. The mechanisms of muscle hypertrophy and their application to resistance training. J Strength Cond Res. 2010;24(10):2857–2872.
  4. McGuigan M. Developing Power. NSCA Sport Performance Series. Human Kinetics. 2017.

This guide is part of the Exercise Technique Hub. Browse every related guide there, organized from beginner to advanced.