Contralateral Kickstand RDL with Valgus Control
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Strength
Stability
Glute and Hamstring Focus
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Dumbbell or Kettlebell
Anchored Resistance Band
Squat Rack (or sturdy anchor point)
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Intermediate
Overview
The Contralateral Kickstand Romanian Deadlift (RDL) with Valgus Control adds an anti-valgus component to a classic unilateral hip hinge. This movement is designed to develop posterior chain strength while reinforcing proper knee alignment and lateral hip control under load.
Muscles Worked
PRIMARY:
Gluteus maximus
Hamstrings
SECONDARY:
Gluteus medius
Core stabilizers
Hip external rotators
STEP-BY-STEP INSTRUCTIONS
Anchor a resistance band at knee height and loop it around the leg that will remain mostly stationary (front/working leg), just above the knee.
Stand in a kickstand stance, with the back foot slightly behind and on the ball of the foot to act as support-this leg remains unloaded.
Hold a dumbbell in the opposite hand of the front/working leg (contralateral setup).
Brace your core and begin to hinge at the hips, pushing your glutes backward while maintaining slight tension in the front knee and resisting the inward pull from the band.
Lower the dumbbell toward the mid-shin of the front leg, keeping the spine neutral and chest open.
At the bottom of the hinge, squeeze your glute and return to the starting position.
Complete all reps before switching sides.
Benefits
Strengthens the glutes and hamstrings through unilateral loading
Improves hip hinge mechanics and proprioception
Reinforces knee alignment under tension (valgus control)
Builds better lateral hip stability and injury resilience
COACHING CUES
Push the hips back, not the chest down
Drive the front leg into the floor while resisting the band
Maintain tension so the knee won’t cave inward
Move slowly and with control through the entire range
Notes
This RDL variation combines unilateral loading and valgus resistance, making it an excellent accessory movement for athletes and clients who need stronger glutes, better hamstring development, and improved knee stability.