The One-Arm Single-Leg Deadlift Framework
Deadlift with precision
The One-Arm Single-Leg Deadlift Framework is a structured approach to performing the deadlift exercise with precision and control. It involves standing on one foot, hinging at the hip, and lifting a weight with the opposite arm, while maintaining core stability and proper form.
- Maintain core stability throughout the exercise
- Use proper form and technique to avoid injury
- Start with a manageable weight and progress gradually
- Prepare for the ExerciseStand on one foot, with the dumbbell or kettlebell placed to the inside of the supporting foot, and the other leg in full extension behind the body.Pro tipUse a weight that allows for proper form and techniqueWarningAvoid external or internal rotation of the rear leg
- Hinge at the HipMimic a sitting movement and push your buttocks backward, while maintaining core stability and proper form.Pro tipUse the free arm to balance and maintain controlWarningAvoid rounding the back or using momentum to lift the weight
- Lift the WeightReach down and grab the weight with the arm opposite the standing leg, and lift it up to standing while maintaining core stability and proper form.Pro tipUse the legs and hips to generate power, rather than just the armWarningAvoid jerking or bouncing the weight
- Set the Weight DownSet the weight down between each repetition, and stand back up without the weight to maintain control and avoid injury.Pro tipUse the time between repetitions to recover and prepare for the next liftWarningAvoid rushing through the exercise or sacrificing form for speed
Gray Cook's athletes have achieved significant improvements in core stability and strength using the One-Arm Single-Leg Deadlift Framework.
Timothy Ferriss used the One-Arm Single-Leg Deadlift Framework to improve his own strength and core stability, and achieved significant gains in a short period.
The framework was developed by Gray Cook, a renowned strength and conditioning coach, as a means to improve core stability and strength in individuals.