Push Up Position Single Arm Hip Driver Series
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Dynamic Mobility
Core Integration
Upper Body Stability
Functional Training
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Bodyweight
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Intermediate
Overview
The Single Arm Hip Driver Series is a dynamic movement flow from a high plank position, challenging total-body coordination and mobility. It pairs anterior-posterior hip shifts with multi-directional reaching to build mobility through the shoulders, spine, and hips while reinforcing core stability and upper body control.
Muscles Worked
PRIMARY:
Latissimus dorsi
Gluteus maximus
Core
SECONDARY:
Anterior deltoids
Triceps
Hamstrings
Erector spinae
Hip flexors
Serratus anterior
STEP-BY-STEP INSTRUCTIONS
Forward Hip Driver Reach:
Begin in a high plank with your feet hip-width apart and one hand firmly planted beneath your shoulder.
Drive your hips backward, creating length in the spine and hamstrings.
Simultaneously, reach one arm toward the same-side foot, then sweep that arm forward in the direction of the crown of your head, as if pointing toward the wall in front of you.
Return with control to high plank.
Rotational Hip Driver Reach:
From high plank, shift the hips slightly back.
Reach your free arm under your torso, aiming toward the opposite wall.
Continue the motion by opening your torso and reaching that arm toward the ceiling, encouraging rotation through the thoracic spine.
Return to the start.
Repeat all reps on one side before switching.
Benefits
Enhances full-body mobility and motor control
Encourages thoracic rotation and scapular mobility
Strengthens shoulders, core, and hips in an integrated movement
Reinforces anti-rotation and single-arm stability under load
COACHING CUES
Sweep your arm from your foot forward to the wall in front of your head
Hips lead, arm follows
Reach under and unwind your spine to reach tall
Control the return and don’t rush it
Notes
This series is a powerful movement primer or finisher that integrates shoulder, core, and hip mobility with strength and control. The Single Arm Hip Driver Series prepares the body for multiplanar motion and stabilizing under asymmetrical loads.