Dumbbell Lateral Lunge on Slide Board
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Lower Body
Unilateral
Glutes and Adductors
Dumbbell Strength
Lateral Movement
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Slide Board, Gliding Disc, or Towel on Hard Surface
Two Dumbbells
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Intermediate
Overview
The Dumbbell Lateral Lunge on Slide Board is a unilateral lower body movement that builds strength, mobility, and control in the frontal plane. By incorporating two dumbbells and a slide board, this variation increases the load and stability challenge while promoting muscle activation through the glutes, quads, and adductors. It’s especially effective for athletes and individuals looking to improve lateral movement mechanics and prevent imbalances.
Muscles Worked
PRIMARY:
Gluteus maximus
Adductors
Quadriceps
SECONDARY:
Hamstrings
Core stabilizers
Erector spinae
STEP-BY-STEP INSTRUCTIONS
Begin standing tall with one foot on the slide board and one on a solid surface. Hold a dumbbell in each hand at your sides, palms facing in.
Brace your core and keep your chest lifted.
Initiate the movement by sliding the foot on the board out to the side while bending the knee of the planted leg and sitting your hips back into a lateral lunge.
Keep the sliding leg straight and both feet pointed forward.
Press through the heel of the planted foot to pull the sliding leg back to the starting position.
Perform all reps on one side, then switch.
Benefits
Enhances frontal plane strength and balance
Adds load to improve strength and hypertrophy in glutes and adductors
Develops core stability and single-leg control
Promotes improved movement mechanics and mobility
COACHING CUES
Push your hips back like you’re sitting into a chair
Keep the dumbbells close to your sides and your chest proud
Control the slide back and don’t rush the return
Stay balanced over your planted foot
Notes
The Dumbbell Lateral Lunge on Slide Board is a versatile exercise that targets glutes, adductors, and quads while improving lateral strength and mobility. The addition of dumbbells and the unstable surface makes it a powerful tool for building strength and stability in athletic and functional movements.