Fixing the Deadlift

There are few movements with as much benefit and global reach as the deadlift.

Sometimes, technique corrections are not sufficient in resolving poor movement. Let’s look at the musculo-skeletal issues which may jeopardise your deadlift and how to fix them. This is not the forum for technique correction – in this medium that is nigh impossible. This is however an appropriate way of remedying the imbalances and deficiencies affecting movement.

There follows a three step model in movement correction.

  1. Assessment of movement to determine the technique fault.
  2. Identification of musculo-skeletal factors causing the fault.
  3. Correction of these factors to allow safe, efficient and powerful movement.

FAULT ONE: posterior rotation of the pelvis at the bottom of the deadlift, AKA: lower back rounds and hips tuck under.

CAUSES:

Inhibition of anterior pelvic rotators.

Tightness of posterior pelvic rotators.

SOLUTIONS:

Standing leg swings (anterior-posterior) with neutral pelvis (2 x 10 each leg).

Seated pelvic tilts – emphasising erector spinae activation to create anterior tilt (20 tilts).

FAULT TWO: Lack of thoracic extension, AKA: upper back rounds forward and shoulders roll in.

CAUSES:

Tightness of thoracic spine.

SOLUTIONS:

Passive thoracic extension (2 x 20 second holds)

Dislocates (10)

If your movement is imperfect, throw these exercises into your routine. They are specifically useful in warming up for the deadlift – remedying the deficiencies before they have the chance to occur.

Dan Williams
DIRECTOR – Range of Motion
Accredited Exercise Physiologist
Accredited Exercise Scientist
Level One CrossFit Coach

Dan Williams

Dan Williams

Founder/Director

Dan Williams is the Director of Range of Motion and leads a team of Exercise Physiologists, Sports Scientists, Physiotherapists and Coaches. He has a Bachelor of Science (Exercise and Health Science) and a Postgraduate Bachelor of Exercise Rehabilitation Science from The University of Western Australia, with minors in Biomechanics and Sport Psychology.

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