How to Do the Conventional Deadlift

The conventional deadlift combines hip and knee extension to lift a bar from the floor. It trains the glutes, hamstrings, and quads while the back, grip, and trunk support the load.

The deadlift rewards patience and precision. A settled setup, a braced trunk, and a bar that stays close to your body make the lift more repeatable. How tiring it is depends on load, sets, reps, effort, and your other training.

Editorial summary of the setup guidance below, informed by NASM and ACE; not an individual technique assessment.

An editorial decision aid for the article’s progression example, not a fixed loading prescription.

Direct answer: how to deadlift

Stand with the bar over your midfoot, hinge down to grip it, and bend your knees enough to bring your shins near the bar without pushing it forward. Brace, take tension through your arms into the bar, then push the floor away. Finish standing tall, not leaning back.

Most good conventional deadlift reps have five traits:

1. Bar starts over midfoot and stays close.
2. Hips are high enough for tension, not squatted too low.
3. Back position is braced before the bar leaves the floor.
4. The bar breaks from the floor smoothly, not from a jerk.
5. Lockout finishes with glutes and legs, not a lower-back lean.

If the bar drifts forward, the hips shoot up early, or the back position changes before the bar leaves the floor, reduce the load and rebuild the setup.

Setup checklist

Do not turn the setup into a squat. The deadlift is a hinge. Your knees bend, but your hips stay back enough that hamstrings, glutes, and back can all contribute.

NASM’s deadlift instructions describe midfoot setup, taking out slack, and controlled hip and knee extension. ACE’s exercise entry gives the basic hinge and return sequence. Treat stance measurements as starting cues, not fixed requirements.

Body-proportion adjustments

Not every good deadlift setup looks identical. Arm, thigh, lower-leg, and torso lengths work together; a label such as “long legs” cannot determine hip height by itself. Stronger by Science describes shorter arms as generally requiring lower hips farther behind the bar, not an automatic higher-hip setup.

The goal is a repeatable, balanced start. Use light practice and a side-view recording to see whether the setup survives the first part of the pull.

Grip options

Double overhand, mixed grip, hook grip, and straps are different ways to hold the bar, described in “Gripping the bar” in Stronger by Science’s guide. Mixed grip uses one palm facing each way; hook grip traps the thumb under the fingers. Straps connect the hands to the bar. Our editorial advice is to learn the setup and release with a qualified coach before using any unfamiliar option under load, rather than treating grip equipment as an automatic fix.

Muscles worked

The glutes and hamstrings contribute to hip extension, and the quads extend the knees. NASM’s muscle list classifies all three as primary muscles. Its secondary group includes the spinal erectors, traps, lats, and grip muscles, which support the trunk, bar, and grip.

Feeling muscular effort in the back is not, by itself, evidence of bad technique. Pain is a separate reason to stop the set, not a cue to brace harder and continue.

Programming examples

These are separate editorial examples, not a personalized plan or sets to combine into one workout. Warm up with lighter practice sets and use loads that leave several controlled reps available. Rest until you can repeat the setup without rushing.

A program might place deadlifts once per week and other leg work elsewhere. That is an example, not evidence that once weekly is optimal or suitable for everyone. Healthdirect supports starting light and increasing gradually, not these specific deadlift numbers. Add reps or a small load increase only when the planned sets remain controlled and recovery allows it.

Common technique adjustments

Change one thing at a time. If you move the bar closer, change hip height, switch grip, and add straps all at once, you will not know which adjustment helped. These observations do not diagnose an injury.

Alternatives and variations

These are movement differences with editorial practice checks, not rankings of safety, fatigue, or likely strength gains.

The Romanian and trap-bar entries in Stronger by Science’s variation section explain their different starting positions and grips. When changing movements, establish a new load and range rather than assume the variation is easier or carry over your conventional-deadlift numbers.

Safety and troubleshooting

Keeping the bar close reduces its leverage against the hips and back. That mechanical explanation does not mean bar drift proves an injury, or that a close bar makes a painful lift safe. Stronger by Science’s mechanics discussion explains the relationship between load and moment arms.

Common fixes:

1. Move the bar closer before you pull.
2. Pull slack out before the bar leaves the floor.
3. Use a lighter load while you learn the brace.
4. Reset each rep instead of bouncing.
5. Stop the set when position changes.

Stop painful pulls. Persistent or worsening pain needs clinical assessment, not this table as rehabilitation advice. Back pain with leg numbness or weakness, or changes in bladder or bowel function, needs emergency assessment now. Go to an emergency department or call your local emergency number. Healthdirect’s back-pain guide explicitly distinguishes these warning signs from routine assessment; a technique coach is not the appropriate referral for them.