Conventional Deadlift

Setup. Approach the bar with intent. Foot position, grip width, and breath all happen before the lift starts. A wrong setup cannot be salvaged mid lift. The conventional deadlift either succeeds at setup or fails at lockout.

Brace. Take a deep belly breath, push the diaphragm down, and lock the rib cage to the pelvis. The brace creates intra-abdominal pressure that protects the spine and transfers force from legs to bar. Do not breathe into the chest.

Initiate. Begin the conventional deadlift with the appropriate primary mover. The legs drive squats and deadlifts. The chest drives the bench. Pulling the bar with arm strength on the deadlift, or shrugging the bar on the squat, indicates a setup failure.

Drive. Continue through the sticking point with full intent. The conventional deadlift has a known biomechanical sticking point: roughly 4 inches off the chest on bench, 6 inches above parallel on squat, just below the knees on deadlift. Treat the sticking point as the start of the lift, not the middle.

Lockout. Complete the rep with full extension and immediate breath release on the descent or rerack. Do not hyperextend at lockout. The rep is finished when the bar is held still with judges able to call good lift.

Insufficient brace. Athletes breathe into the chest rather than the belly. Fix: drill belly breathing 5 minutes before each session. Place a hand on the abdomen and verify the hand pushes outward on inhale.

Loss of upper back tension. The bar drifts forward on squat or pulls away from the body on deadlift. Fix: cue lats engagement before unrack or pull. Imagine cracking a walnut between the shoulder blades. Drill this in warmup sets and verify on every working rep.

Premature lockout commitment. The lifter pulls the rep at 90 percent extension and the lift fails. Fix: pause at lockout for 1 full second on every rep in submaximal training. The pause becomes habit and prevents premature ratification.

Pause variations. 4 sets of 5 reps at 70 percent of one rep max with a 2 second pause at the sticking point. Builds confidence and strength through the bar position that fails most lifts. Pause squats, pause bench, paused deadlifts at the knee.

Tempo work. 3 sets of 4 reps with a 5 second eccentric phase. The slow lowering phase builds connective tissue resilience and reinforces position awareness. Tempo squats and tempo bench respond especially well.

Speed work. 8 sets of 2 reps at 50 percent of one rep max, executed as fast as possible while maintaining technique. Builds rate of force development. Use compensatory acceleration: push as hard at the top as you do at the start.

Powerlifting AI scores the conventional deadlift on a 0 to 100 scale across setup quality (25), bracing and tension (25), bar path (25), and lockout completion (25). The app measures the bar trajectory in pixels per frame, the angle of your hip and knee at sticking points, and the time from initiation to lockout.

Scores above 85 indicate competition standard execution. Scores 70 to 84 mean the conventional deadlift is solid for training but would fail at meet level commands. Below 70 means a fundamental phase (usually the brace) is leaking force.

The conventional deadlift recruits the hamstrings, glutes, lats, traps, and erector spinae through a hip width stance with arms outside the legs. The lats engage hard before the bar leaves the floor to keep the bar tight to the body, the quads contribute roughly 30 percent of the initial drive. In IPF meets, the deadlift closes the meet and is the most fatiguing lift because it follows three squats and three benches. A failed deadlift either rounds the lower back at the floor (a position fault) or hitches the bar up the thighs (a meet rule violation). The bar must travel up in a single continuous motion, with no downward movement until the lockout call.